Footprint Intelligence
Sustainability reporting
Compliance meant manually scrubbing PDFs and emails. AI agents now map scattered data to regulations and draft the reporting text.
- 70% reduction in sustainability reporting time
Complex email chains bottlenecked utility agents. AI now summarizes 55k threads monthly, cutting handling time by 87%.
A cloud platform provider supports over 170 energy suppliers and grid operators with extended relationship management for complex utility services.
Sales and service teams struggled to process lengthy, complex email chains that required significant time to read and understand. This manual review...
“Using AI summaries, our users save 87 percent of their time.”
XRM and process automation platform for energy suppliers and grid operators.
Cloud computing platform and on-demand infrastructure services.
Related implementations across industries and use cases
Compliance meant manually scrubbing PDFs and emails. AI agents now map scattered data to regulations and draft the reporting text.
Teachers sacrificed weekends grading stacks of paper. Now, AI assesses class sets in seconds, delivering personalized feedback instantly.
Cross-border deals stalled on translation. AI now summarizes clauses in the signer's native language, bypassing manual review cycles.
Manual reviews bottlenecked insights. Now, models transcribe and score calls to trigger automated follow-ups.
Agents typed furiously while customers waited on hold. AI now summarizes calls, saving the team 250,000 hours annually.
Analysts spent 5 days coding reports. Now, business users query millions of records in plain English for instant results.
Manual call notes burdened agents, while managers struggled to track promises. Now, AI copilots automate summaries and verify commitments.
Hundreds of pages per board book slowed director prep. Now, isolated AI securely condenses sensitive materials into actionable briefs.
Custom hardware bottlenecked imaging. A switch to software-defined GPUs now renders photorealistic 3D hearts in real time.