Freshworks has entered into a definitive agreement to acquire FireHydrant, a leading provider of AI-native incident management and site reliability software, strengthening its IT Service Management (ITSM) and IT Operations Management (ITOM) portfolio. This strategic acquisition brings together Freshservice, Freshworks’ flagship ITSM solution, with FireHydrant’s advanced incident response and reliability engineering platform to create a unified AI-driven ServiceOps solution.
The combined offering is designed to help enterprises streamline IT operations, reduce downtime, proactively prevent service disruptions, and deliver highly reliable IT services across increasingly complex digital environments.
Founded in 2018 by Robert Ross and Dylan Nielsen, FireHydrant has built deep expertise in DevOps, Site Reliability Engineering (SRE), and IT operations, serving customers across consumer and enterprise markets, including Palo Alto Networks, BP, and Qlik. Its software-as-a-service (SaaS) platform delivers AI-enhanced capabilities such as on-call management, structured major incident response, real-time collaboration, and automated post-incident analysis.
“We believe FireHydrant’s technology strongly aligns with our vision of unifying IT and employee experiences, where service management, asset management, and IT operations converge through AI to drive business continuity and operational efficiency. Our Employee Experience business continues to show sustained growth as we expand upmarket and into adjacent use cases. This acquisition further accelerates Freshservice’s momentum by bringing together critical ITSM and ITOM capabilities into a single, intelligent platform,” said Dennis Woodside, CEO and President of Freshworks.
Addressing Downtime, Incident Chaos, and IT Complexity
In today’s digital-first economy, even minutes of downtime can significantly impact brand reputation, customer trust, and revenue. IT teams are increasingly burdened by fragmented toolsets for monitoring, alerting, on-call scheduling, incident response, and post-mortem reporting. This tool sprawl often results in slow, manual workflows and missed opportunities to learn from past incidents.
By unifying IT service management and incident management into a single AI-native experience, Freshworks and FireHydrant aim to eliminate these long-standing operational silos and modernize how organizations manage reliability and service delivery.
Robert Ross, Founder and CEO of FireHydrant, commented, “Freshworks shares the core philosophy that has guided FireHydrant from the beginning: software should reduce complexity, not add to it. We built FireHydrant to remove the chaos from incident response. Together with Freshworks, we are creating the unified, end-to-end IT operations and reliability platform we’ve always believed modern teams need.”
The combined Freshservice and FireHydrant solution is designed to deliver measurable improvements across IT and engineering teams, including:
- Unified Visibility Across IT Services and Operations
The integration provides a seamless workflow from incident detection to resolution. By connecting IT service management, asset data, and incident response, teams gain a holistic view of service dependencies, enabling faster diagnosis and fewer handoffs.
- Faster, Smarter Incident Response with AI
FireHydrant’s AI-powered incident summarization and guided response workflows help reduce alert fatigue, surface critical issues, and accelerate collaboration across IT, DevOps, and engineering teams—leading to faster mean time to resolution (MTTR).
- Proactive and Predictive IT Operations
By combining Freshservice’s service and asset insights with FireHydrant’s structured post-incident retrospectives, organizations can identify recurring issues, address root causes, and prevent future outages. This data-driven approach enables a shift from reactive firefighting to proactive IT operations and resilience engineering.
The acquisition is expected to close in Freshworks’ first fiscal quarter of 2026, subject to customary regulatory approvals and closing conditions.
