Plandek attends the 2025 London Stock Exchange Tech Leaders’ Summit

We’re proud to announce that Plandek was invited to attend the 2025 London Stock Exchange Tech Leaders’ Summit, cementing our position as a leader in Software Engineering Intelligence (SEI) and GenAI-enabled delivery performance.

The Tech Leaders Summit 2025, hosted by the London Stock Exchange Group (LSEG), is one of the most influential gatherings of high-growth, innovation-driven tech companies across the UK and Europe. Attended by C-level executives, investors, and policymakers, it’s a forum for the most ambitious technology businesses to showcase innovation and discuss the future of the digital economy.

For Plandek, the invitation reflects our growing global impact and our unique value in helping engineering organizations optimize software delivery using GenAI and intelligent analytics.

A landmark year for GenAI and Software Delivery performance

In 2025, we’ve seen explosive adoption of GenAI in software engineering - with 88% of organizations now using GenAI tools like GitHub Copilot and ChatGPT. Yet many tech leaders are discovering the “expectation vs. reality” gap, where early productivity gains are isolated, and org-wide impact is limited due to a lack of measurement and strategy.

That’s why Software Engineering Intelligence platforms like Plandek have become essential.

Our recent research has proven that GenAI adoption, when paired with SEI measurement, can deliver significant improvements in cycle time, throughput, and engineering team satisfaction. But only when organizations have the tools to observe, guide, and optimize adoption at scale.

In short: GenAI alone is not enough. SEI platforms like Plandek are the missing piece.

Read more in our 2025 GenAI in Software Engineering Intelligence Report.

Why Plandek was invited to the Tech Leaders’ Summit 2025

Plandek is the leading SEI platform designed to track, measure, and optimize software engineering performance with full visibility across the SDLC and real-time insights that enable faster, more predictable delivery.

Our platform helps CTOs, Heads of Engineering, and Delivery Leaders:

  • Track GenAI’s real impact on coding efficiency, quality, and developer satisfaction

  • Measure and improve throughput, cycle time, and sprint health

  • Predict delivery risks with DEKKA - our AI Virtual Delivery Assistant

  • Reduce waste and align engineering effort with strategic priorities

  • Drive continuous improvement through customized analytics and actionable insights

With Plandek, organizations can transform engineering into a data-driven function and realize tangible ROI from GenAI adoption.

Looking ahead: The future of predictable Software Delivery

Our attendance at the Plandek Tech Leaders Summit 2025 reflects a broader trend: Software delivery is becoming more strategic, measurable, and intelligent. To everyone we met at the Summit: thank you for the great conversations. We’re excited for what’s next.

Ready to learn how Plandek can help you predict delivery risks, boost engineering ROI, and measure GenAI adoption? Book a personalized demo or explore the resources below:

Written by

Charlie Ponsonby

Co-founder & CEO

Charlie Ponsonby is CEO and Co-founder of Plandek, the leading Developer Productivity Insight (DPI) platform that helps software engineering teams drive productivity and transition to AI-led engineering. He writes widely on the opportunities and challenges inherent in the transition to the agentic SDLC. Prior to founding Plandek, Charlie founded Simplydigital, which grew to become the UK's largest broadband and digital services comparison business before being acquired by Europe's largest consumer electronics retailer. He started his career at Accenture and has held senior leadership roles in retail and telco. Charlie holds a degree from the University of Cambridge.

See how your engineering efforts translate into measurable business impact

Measure delivery performance, AI impact, and engineering productivity with hundreds of metrics, OOTB dashboards and custom configurations.