Innovative ETRM and CTRM Systems in 2025

#etrm #ctrm #innovation #digitalization #energy #consulting

The Energy Trading and Risk Management (ETRM) and Commodity Trading and Risk Management (CTRM) systems in 2025 are at the heart of digital transformation in energy and commodities trading. As the industry faces rapid change, these platforms have evolved to meet the demands of complex, fast-moving markets – especially in power, gas, and renewables. From intraday electricity trading to multi-year renewable contracts, innovative ETRM and CTRM systems in 2025 are helping firms operate with greater agility, transparency, and insight by leveraging cloud-native design, real-time analytics, and flexible integration capabilities.

This article explores the most innovative ETRM/CTRM systems of 2025, key industry challenges such as volatile markets, regulatory complexity, and real-time data demands. It also highlights the must-have features that define a future-ready trading platform. We’ll share insights from industry experts at PwC, Deloitte, Risk.net, and CTRM Center.

(For those new to the terminology: ETRM often refers to energy commodities like electricity and gas, while CTRM covers broader commodities including agriculture, metals, etc. In practice, modern systems usually handle both, so we’ll use ETRM/CTRM interchangeably.)

Innovative ETRM & CTRM Platforms in 2025

In 2025, commodity trading firms can choose from a rich ecosystem of ETRM/CTRM software. Longstanding vendors have modernized their platforms, and newer players are bringing fresh, cloud-native solutions. These innovative ETRM and CTRM systems in 2025 provide the flexibility and real-time performance today’s markets demand:

Established Multi-Commodity Platforms: Major vendors like ION Commodities (Allegro, Endur) remain widely used. These platforms support power, gas, renewables, liquids, and carbon certificates on a single framework. ION’s Allegro is built for energy firms trading power, gas, renewables, and environmental products, offering full front-to-back coverage. It’s still used widely as power and gas energy management solution. Such systems emphasize an integrated approach, handling trading, risk management, and regulatory compliance reporting on a single platform. This cross-commodity capability is critical for today’s diversified portfolios. “As a front-to-back, multi-commodity solution, Allegro unifies processes across the enterprise to streamline energy trading operations, risk management, and regulatory compliance reporting in a single solution” (link).
Next-Generation Cloud-Native Solutions: A wave of newer ETRM/CTRM systems has been built with modern technology from the ground up. Platforms like Previse Coral and Orchestrade exemplify this shift, offering cloud-native architectures, high scalability, and real-time risk management. These qualities that have led to their adoption by firms like multiple energy players across Europe. Some of them employ a state-of-the-art cloud-native architecture with serverless technology, delivering high performance and scalability without on-premise infrastructure hassles (link). Importantly, it also offers an open integration framework (the “Coral Ecosystem”) that makes it easy to plug into a company’s IT landscape and extend functionality via add-on apps. This flexibility was a key reason why German utility citiworks AG chose Previse Coral as its new ETRM: “citiworks… initiated a tender to replace its existing system with a modern, cloud-native SaaS solution that ensures high performance (particularly for real-time risk) and offers flexibility to adapt to future changes. Additionally, seamless integration into citiworks’ modular IT architecture was crucial” (link). IT also leverage our middleware, the Universal Loader, which enables it to seamlessly integrate various exchanges, trading platforms and regulatory reporting. (link) Another example is Syneco Trading GmbH, which selected Previse Coral to handle the challenges of short-term power trading and new renewable products. The company cited the platform’s outstanding performance, scalability, and ability to update continuously without major upgrade projects (link). Syneco’s CIO noted that Previse Coral’s modern tech stack ‘promises high scalability, availability, and performance. He also emphasized that it outperformed more established competitors during their selection process.
Specialized Renewables Trading Solutions: Alongside broad multi-commodity systems, we’re also seeing niche solutions targeting the rapidly growing renewables and energy flexibility markets. According to industry observers at CTRM Center, many new vendors at European conferences are showcasing tools for short-term power trading and renewable asset management (link) These lightweight platforms often cater to independent power producers and battery storage operators, providing just the features needed for intraday trading, PPA (Power Purchase Agreement) management, real-time position tracking, and battery optimization (link). The goal seems to be serve new market entrants who may not need a full-scale ETRM, but require integration with larger trading partners or marketplaces. This trend underscores the overall direction of the ETRM space: not a one-size-fits-all monolith, but an ecosystem of tools that can be tailored to specific needs, according to risk.net. As Chartis Research notes, the architecture of ETRM is evolving “away from the notion of a single ETRM solution towards a broader ecosystem made up of independent components”. Even large trading firms are adopting this mindset by using a core platform plus specialized add-ons (e.g. using an ETRM alongside separate analytics or scheduling modules).

In short, the 2025 landscape offers both proven enterprise ETRMs that cover multiple commodities and innovative newcomers delivering cloud-based agility. The most innovative systems tend to be those that marry the depth of functionality from traditional platforms with the agility and user-friendly tech of newer apps. In all cases, systems must support gas, power, and renewables trading. Increasingly, ETRM systems need to support other commodities like carbon credits, hydrogen, LNG, and metals. Alternatively, they must at least offer easy extensibility to these, signaling a future-proof CTRM solution.

Key Industry Challenges Driving Change

Why are these innovations necessary? Because energy and commodity markets in 2025 face intense challenges that put older trading systems under strain. Three of the biggest challenges are regulatory complexity, market volatility, and the need for real-time analytics. Let’s look at each:

Regulatory Complexity & ESG Reporting: Commodity trading has always been subject to complex regulations, but the scope is expanding. In Europe, firms must comply with financial regulations (like EMIR for derivatives, MiFID II, REMIT for energy market transparency) and newer rules around sustainability and carbon emissions. For example, the EU’s push toward climate accountability means traders now deal with reporting obligations for carbon footprints and adherence to mechanisms like the Carbon Border Adjustment Mechanism (CBAM). One industry podcast summary noted that “adhering to reporting from a sustainability and traceability perspective” is becoming ever more crucial – companies will need to integrate carbon tracking into their trading reports, and upcoming rules like granular energy certificates will “drive enhancements to E/CTRM systems”. In other words, ETRM systems must manage not only trades and risks but also track and report the origin of commodities (e.g., whether power was generated from renewable sources) and facilitate ESG audits. This is a daunting task to manage manually. Modern ETRMs can help by capturing the necessary data and automating compliance workflows. Additionally, regulations frequently change – firms need flexible systems that can be updated quickly to reflect new rules. There is no static target in compliance. As PwC highlights, trading organizations are under increasing scrutiny in the move to a low-carbon economy, and on top of managing price volatility, they face new sustainability reporting requirements. The ability to adapt to regulatory change (through configurable rules, new modules, etc.) is a key advantage of contemporary ETRM software.
Infrastructure constraints and limitations: Many commodity trading firms are still stuck with outdated IT systems that weren’t built for today’s fast-paced trading world. These legacy ETRM platforms often struggle to keep up, leading to:
- Slow performance when trading volumes spike, creating frustrating delays.
- Limited scalability, making it tough to expand into new markets like hydrogen or carbon trading.
- Painful upgrade cycles, where even small system improvements require costly, time-consuming migrations.
Volatile markets and geopolitical uncertainty have caused energy prices to swing dramatically in recent years. From the sharp price spikes in 2022 driven by geopolitical crises to the ongoing supply and demand fluctuations in gas and power, the sector continues to face intense instability. While 2023-24 may not have repeated the extreme spikes of 2022, it was still a challenging time for risk managers (link). As Risk.net stated, geopolitical events (wars, trade policy shifts) and physical supply disruptions are causing bursts of volatility, and economic swings (inflation, interest rates) add layers of uncertainty. As one Risk.net analysis put it, firms saw commodity prices “pinball between bullish geopolitical tensions and bearish economic concerns”, making it vital to have excellent visibility into positions and risk exposures at all times(link). The start of 2025 brings its own uncertainties – for instance, the impact of new U.S. trade policies on global LNG flows was cited as a concern that could “increase energy price volatility” and force traders to add more optionality into contracts (link). High volatility exposes weaknesses in legacy systems: if your ETRM can’t handle rapid price updates, intraday risk calculations, or sudden volume spikes, your traders are at a disadvantage. It’s no surprise that robust risk management tools have become a mandate not just from traders, but from investors and stakeholders who want to ensure the business can weather the storm. Modern ETRM solutions tackle these challenges by offering faster valuation engines and real-time risk metrics. They also enable scenario analysis, such as stress-testing portfolios to assess potential outcomes of “what if” events. In addition, modern systems enhance credit risk controls to address the increased risk of counterparty default in volatile markets. Many platforms now feature real-time credit exposure monitoring and automated credit checks to proactively manage this risk. (In fact, automating credit risk management was highlighted as a key focus area, with integration of credit risk modules into the trading landscape(link))
Need for Real-Time Data & Analytics: The days of end-of-day reporting are over. Real-time analytics have shifted from “nice to have” to “must have” in energy trading. Several factors drive this trend. First, there is the rise of short-term power markets, with intraday and even 15-minute intervals. Second, the growth of algorithmic trading plays a significant role. Third, there has been a sheer increase in data streams, including market data, IoT sensor data, and renewable production forecasts, all of which feed into trading decisions. A panel of experts at Energy Risk Europe noted that firms are under pressure. They must extract, combine, process, and deliver data in real time. This data is essential to feed analytics, pricing, and risk metrics. There is growing demand for real-time data streaming and integration with external platforms via advanced APIs, as mentioned by risk.net. Simply put, traders and risk managers want live P&L and risk numbers at their fingertips, and they want systems that can ingest new trades or market moves on the fly without batch latency. The need for speed extends to analytics sophistication as well: firms are increasingly leveraging AI-driven analytics like machine learning models for price forecasting, anomaly detection, and decision support. In fact, AI and automation are front and center in 2025’s ETRM discussions. All panelists in the Risk.net discussion agreed there’s a “huge drive for automation” across the market, with companies exploring AI/ML to simplify and accelerate processes. Examples include algorithmic trading strategies for intraday power and AI models that predict demand or optimize asset dispatch. Modern ETRMs are beginning to integrate with such tools – or at least provide the data and open interfaces to support them. However, there’s also a healthy skepticism in the industry about AI’s current maturity. A report from E-world 2025 noted that leading ETRM vendors, while intrigued by AI, remain somewhat skeptical about its immediate role in trading systems. Many see current AI hype as not fully proven for ETRM, even as they acknowledge they must explore it to avoid missing out. Still, we’re seeing early innovations like AI assistants for traders. For example, FIS (a major ETRM provider) demonstrated an “AI-based agent” to support complex manual workflows. The takeaway is that real-time capabilities and AI-driven analytics are becoming increasingly important. ETRM platforms must be data-centric and extensible enough to integrate with advanced analytics engines. Platforms that can stream data to analytics dashboards or integrate with machine learning services offer a significant advantage. This capability enhances decision-making speed and effectiveness.

All these challenges raise the bar for ETRM/CTRM systems. A 2024 industry survey found that firms are looking for robust, integrated systems to analyze and forecast risk holistically, not just in real time but also looking years ahead. They need tools that can cope with short-term turmoil and also factor in long-term trends like climate risk and the energy transition. This is a tough balance, and it explains why so much innovation is happening in this space. As we’ll see next, the leading systems in 2025 share a set of important features designed to meet these demands.

Must-Have Features of Modern ETRM Systems

Given the landscape and challenges discussed, what features define a “modern” ETRM/CTRM system in 2025? Here are the key attributes and capabilities that companies prioritize when evaluating solutions:

Scalability & High Performance: Today’s ETRM must handle high trading volumes and computationally intensive analytics without breaking a sweat. Scalability means both handling growth (more trades, more users, more data) and maintaining speed (low-latency risk calculations, real-time updates). Cloud infrastructure is a big enabler here – systems can scale out by adding resources on demand. For instance, Syneco Trading cited system performance under increasing trading volumes as a decisive factor for switching to a new platform. Likewise, citiworks AG demanded an ETRM that could perform real-time risk and position evaluations continuously. Modern solutions achieve this via distributed computing and in-memory processing. One expert noted that scalability is a top priority for firms when it comes to ETRM systems, alongside interoperability and security. In practice, scalability also implies stability under stress: the system should be tested for extreme scenarios (e.g. price shock days) to ensure it remains responsive. High-performance risk engines (for VaR, P&L, scenario analysis) that can run intraday are a key competitive differentiator in volatile markets.
Modularity & Ecosystem Approach: The era of monolithic, one-size-fits-all trading systems is gone, and legacy systems are about to be descoped. Flexibility is paramount. Leading ETRM/CTRM platforms are modular, meaning you can pick and choose components or add new modules without a full rip-and-replace. This design allows firms to adapt the system to their specific commodity mix and workflow. It also facilitates easier upgrades and integration. Chartis Research observes that the architecture is shifting towards an “ecosystem made up of independent components” rather than a single giant application. In practice, this might mean an ETRM core augmented by microservices or third-party apps for things like advanced analytics, scheduling, or regulatory reporting. Open APIs are a crucial part of this modular approach – they let different tools communicate. Some ETRM use a holistic REST API framework that allows “missing functionality” to be added via external apps without changing the core system. This kind of plug-in architecture avoids the heavy customizations that made older systems costly to maintain. It’s like having an app store for your ETRM, where you can extend capabilities as needed. Such modularity also helps with integration: many companies want a best-of-breed environment (e.g. connecting a trade capture system to a separate risk analytics engine). Modern ETRMs are designed to integrate into broader IT ecosystems, often through standard APIs or connectors. Bottom line: an agile, modular system can evolve with your business, whereas a rigid system might hold you back.
Cloud-Native Architecture (SaaS Delivery): “Cloud” is more than a buzzword – it’s now the default deployment model for ETRM. By 2025, almost every RFP for a new ETRM requires a cloud option (usually Software-as-a-Service), according to Commodity Technology Advisory. Cloud-native architecture is built for the cloud, using features like auto-scaling and managed services.
It’s not just legacy software hosted on virtual machines. This distinction matters: a true cloud-native ETRM can fully capitalize on cloud benefits like elastic scaling and frequent updates, like stated in this article. Many top vendors have transitioned to cloud deployments – for example, Ion, Hitachi, and others now offer their ETRM software in the cloud, and PwC notes that “the most important ETRM vendors in the market [are] already offering partial or complete cloud platforms” (link). SaaS ETRM offers major benefits, including lower IT overhead since the vendor manages infrastructure and system maintenance. It also allows for easier upgrades through automatic updates and enables faster onboarding for new users and market expansions. Cloud platforms also better support remote work and global teams, which became vital in recent years. Security in the cloud is addressed through robust encryption and compliance controls, often better than what smaller firms could achieve on their own servers. Another benefit is cost flexibility – companies can often pay as they go, scaling usage up or down. A true SaaS means no more costly release upgrades – updates are continuous, and the vendor handles the technical operations and hosting. This shift marks a significant change from the past, when upgrading an ETRM required a major project. Remember, cloud-native doesn’t just mean hosting the software offsite. It means engineers design the software to leverage cloud features like auto-scaling and distributed computing effectively. When evaluating systems, savvy buyers ask whether the solution was built for the cloud or merely migrated to it, as this affects performance and extensibility.
AI-Driven Analytics & Automation: Modern ETRM systems increasingly embed or accommodate advanced analytics, including AI and machine learning. This feature set spans a wide range. It includes AI algorithms that help optimize trading decisions and machine learning models for more accurate price forecasting. Intelligent bots also automate routine tasks like trade confirmations and data entry, improving efficiency across operations. The goal is to augment human decision-making with data-driven insights and to automate wherever possible for efficiency. “Firms are exploring AI and seeking ways to simplify and standardize processes,” notes André Jäger of ION Commodities (link). We are seeing practical examples of this. Some ETRMs now integrate with Python-based analytics notebooks, allowing quants to run models on trading data directly. Others are adding features like automated deal validations. They also include anomaly alerts, which flag unusual trading patterns that might indicate an error or risk. Additionally, AI assistants help prepare traders by aggregating key market information each morning. (link). Real-time data feeds combined with AI can also power predictive analytics, such as forecasting next hour’s power prices by analyzing weather patterns – something energy firms are actively pursuing, as stated by risk.net. AI-driven analytics aim to support traders by handling the deluge of data and highlighting what matters, rather than replacing them. Given the industry’s current landscape, many ETRM vendors are forming partnerships with specialist analytics firms. Others offer open data access, allowing clients to integrate and apply their own AI tools for deeper insights. Whether built-in or via integration, support for AI/ML use cases is becoming a differentiator. However, as noted earlier, some in the industry caution that we’re still in early innings – leading ETRM vendors acknowledge interest in AI but believe adoption in this sector is largely hype-driven so faraccording to ctrmcenter.com. That said, almost everyone agrees that ignoring AI is not an option. The smartest approach is an ETRM that’s “AI-ready”. It can stream data to AI systems and incorporate results – and that perhaps offers selective AI features that are well-proven (like automated reconciliation, intelligent search through contracts, etc.). Over the next few years, this area will likely see huge advancements, and choosing a platform that is actively innovating with AI (or at least integrates easily with AI services) will keep you ahead of the curve.
Cross-Commodity Support & Flexibility: Cross-commodity capability – the ability to handle multiple types of commodities and financial instruments in one system – has become a core requirement. Energy companies are diversifying: a power trader might also trade gas, emissions, or green certificates; an oil trader might need to handle biofuels or LNG; even pure-play companies want the option to expand into new products. Thus, an ETRM that is limited to one commodity is often a non-starter for large organizations. Modern CTRM systems boast broad commodity coverage or at least an easy path to add new commodity modules. “Every trader wants every single product and instrument configured in the trading landscape, in case they trade it one day,” quipped one expertin this article of risk.net. While that may be an overstatement (and not always realistic), it reflects a desire for flexibility. Cross-commodity support is closely tied to flexible product configuration, enabling users to define new contract or commodity types easily. Ideally, this should be possible without relying on custom code, allowing faster adaptation to market changes. A modern ETRM must also handle complex portfolio interactions, including cross-commodity risk analysis. For example, it should assess how positions in power and gas offset or amplify each other, and support cross-asset optimization like gas use in power dispatch. This is particularly important in an era where power, gas, and carbon markets are tightly interlinked in Europe. Systems that allow consolidated views across all commodities give risk managers a holistic picture. Traders benefit from a unified interface for all products, reducing the need to manage multiple systems and lowering operational risk. Ultimately, a more versatile ETRM positions a company to better capture market opportunities and manage a wide range of risks.

These features – scalability, modularity, cloud-native design, AI-driven analytics, and cross-commodity flexibility – collectively define the cutting edge of ETRM/CTRM in 2025. As a PwC report mused, trading firms need nothing less than “the most robust, integrated system for analyzing and forecasting risk holistically not just in real time but years into the future.” That encapsulates the future-oriented mindset: systems must help firms be agile today and ready for tomorrow’s challenges.

Expert Outlook and Trends

To put things in perspective, it’s worth highlighting a few expert opinions on where ETRM/CTRM is headed:

Geopolitics and Optionality: The new decade started with geopolitical shifts that will reverberate in commodity markets. Gary Vasey, a veteran industry analyst, pointed out that uncertainties like trade tariffs are prompting traders to build more optionality and flexibility into contracts to manage disruptions. This reinforces the need for systems that can handle complex contract structures and “optionality” (e.g. diversion options in LNG contracts, alternative delivery points, etc.).
Sustainability and Traceability are becoming key priorities in commodity trading.
Experts predict an increasing demand for tracking the origin and production method of each energy unit. Regulations such as the European Deforestation Regulation (EUDR) and various clean fuel standards are driving this shift. ETRM systems may soon need to track carbon intensity and origin certifications for each individual trade. Some experts foresee hourly green energy certificates, going beyond standard Guarantees of Origin (GOO). Vendors are already adding features to track renewables, carbon offsets, and ESG ratings for traded cargos.
Investor and Stakeholder Demands: It’s not just regulators – investors and banks are also raising the bar. They are increasingly requiring that commodity trading firms have strong risk controls and transparency in place. This trend means that when companies go to refinance or attract investment, they may be asked about their risk management systems and processes. An outdated spreadsheet-driven setup won’t inspire confidence; a modern ETRM with auditable processes will. Similarly, insurance and credit providers prefer firms who can demonstrate active risk monitoring (for example, real-time credit exposure limits). All of this makes ETRM systems a part of corporate governance and not just an IT choice.
Data, Data, Data: Across the board, “data is king” in 2025. Deloitte and others have emphasized the importance of data management in trading. We’re in an age where having the right data architecture can be a competitive advantage. This includes market data, reference data, and analytics data. ETRM systems are evolving from pure transaction record-keepers to being hubs in a larger data universe. As JP Morgan’s Rhodel D’Souza noted, clients are becoming increasingly “data hungry” and want structured data, net flow information, advanced visualizations like heatmaps, etc., to make the best decisions. The integration of ETRM with data warehouses, BI tools, and even big data platforms is a notable trend. Some firms are building data lakes that ingest ETRM data along with weather data, news feeds, etc., to fuel machine learning models. Thus, the ETRM of the future might be as much about providing clean data via APIs as it is about the user interface traders see.
From Transaction System to Decision Support: We can also see a philosophical shift in what users expect. Traditionally, an ETRM was a system of record – it stored trades, positions, and maybe spit out some reports. Now, users want it to be a decision support system. They ask questions like: how can my ETRM help me optimize my portfolio? Can it suggest the best course of action or at least run scenarios quickly so I can decide? This is driving the inclusion of optimization engines. For example, these engines can optimize gas storage usage or power plant dispatch. Scenario analysis tools are also being incorporated into the ETRM environment. It’s also leading to improvements in UX design. Modern systems now offer more intuitive dashboards, alerting mechanisms, and even mobile access. These features help support traders and risk managers on the go.

All these trends point to an exciting, challenging and innovative future!

Innovative Platforms Shaping the Future

The ETRM/CTRM space in 2025 drives innovation and adaptation, with notable cloud-native solutions leading the way. Notable cloud-native solutions include:

Molecule: A cutting-edge, cloud-native ETRM/CTRM software offering automated deal capture, customizable reporting, and near-real-time position and P&L insights, tailored to diverse energy and commodity portfolios.
IGNITE: Provides a cost-effective, globally scalable enterprise cloud software designed to manage all trading and risk-related activities, with an emphasis on user-friendly interfaces and rapid.
Orchestrade: Offers a modern, cloud-native solution that simplifies trading and risk management, delivering real-time decision support and intraday reporting across the commodity value chain.
ION Commodities (Allegro, Endur): Widely-used, multi-commodity, enterprise-grade systems known for comprehensive front-to-back functionality.
Previse Coral: An innovative, cloud-native, and serverless platform delivering outstanding real-time analytics, scalability, and an open integration framework.

Comparative Overview of Leading Cloud-Native ETRMs

Feature	Molecule	IGNITE	Orchestrade	ION Commodities	Previse Coral
Cloud-Native Architecture	✓✓ Full	✓✓ Full	✓✓ Full	✓ Partial	✓✓ Full
Real-time Performance	✓ Good	✓ Good	✓ Good	✓ Good	✓ Good
Scalability	✓ Good	✓ Good	✓ Good	✓✓ Outstanding	✓✓ Outstanding
AI & Analytics	✓ Developing	✓ Developing	✓ Developing	✓ Developing	✓ Developing
Cross-Commodity Support	✓✓ Comprehensive	✓ Limited	✓✓ Comprehensive	✓✓ Comprehensive	✓✓ Comprehensive
Modularity & Integration	✓ Moderate	✓ Moderate	✓✓ Comprehensive	✓ Moderate	✓✓ Excellent

(✓✓ indicates best-in-class or superior implementation)

Importance of Implementation Partners

Even the most advanced ETRM solution requires a skilled implementation partner. Deep technological expertise combined with domain-specific knowledge ensures the system meets traders’ needs. It also helps the system integrate seamlessly into existing IT landscapes. This ultimately delivers maximum business value. Selecting a partner with a proven track record in ETRM implementations and integration is just as important as choosing the platform itself.

Conclusion – Navigating the Future with the Right Partner

In 2025 and beyond, energy and commodity trading firms will continue to face rapid change. Having the right ETRM/CTRM system is like having a sturdy yet flexible ship to navigate stormy seas. It won’t calm the waters, but it will absolutely determine how well you ride the waves. The most innovative platforms today offer future-oriented capabilities. They can empower your trading desk: from real-time analytics and AI-assisted insights, to the ability to handle new commodities or business models with minimal friction. Additionally, they provide peace of mind. This peace comes from robust compliance and risk controls. These features are even more crucial as regulations multiply in complexity.

Why the Right ETRM/CTRM Partner Matters

However, selecting and implementing the ideal system for your organization is no small task. With dozens of options on the market and so many features to consider, it helps to have domain experts at your side. This is where LEAD Consult comes in. We at LEAD Consult pride ourselves on our deep ETRM/CTRM expertise and a friendly, client-focused approach. Whether you need advice on choosing a platform that fits your business or implementing a chosen solution smoothly, our team is ready to help.

We can also assist with integrating your ETRM with other tools, such as market data, ERP, scheduling, and more. We’ve helped companies in Europe and North America modernize their trading infrastructure and embrace digital innovation in commodity trading.

If you’re looking to future-proof your energy trading operations, we’re here to help. If you have questions about any of the innovative ETRM and CTRM systems in 2025, feel free to reach out to us. Contact LEAD Consult to discuss how we can assist with your ETRM/CTRM strategy and projects. Let’s navigate the energy trading future together – with the right technology and the right expertise to harness it.

Sources:

PwC – Commodity trading and risk management insights Source
Chartis via Risk.net – ETRM systems 2024: Market update and vendor landscape Source
Risk.net Panel – Key traits of resilient E/CTRM systems (Jan 2025) Source
Risk.net – Energy Risk Software Rankings 2024: rising demands on systems Source
CTRM Center – Trends in Commodities in 2025 (Gary M. Vasey, podcast) Source
CTRM Center – E-world 2025 impressions (Irina Reitgruber) Source
ION Commodities – Allegro ETRM for power, gas, renewables (product brochure)Source
CTRM Center – citiworks AG selects Previse Coral (News, Feb 2025) Source
Previse Systems – Syneco Trading selects Previse Coral (Press release, May 2024) Source
ComTech Advisory – ETRM in the Cloud (Whitepaper excerpt) Source

Image Credits: Dragomir Stanchev.