Dragos, Inc. is a computer and network security company headquartered in Houston, Texas, with global offices including Australia and Dubai. It safeguards civilization by protecting critical industrial infrastructure from cyber threats, offering purpose-built technology for OT cyber defense.
Subscribe to see Dragos’s full profile → the full roster, investors in every round, weekly hiring history and every corporate event
Dragos is a cybersecurity company headquartered in United States. Its most recent funding round, Series D Extension, raised $74M in September 2023. Xcout tracks 13 named people at Dragos, including Robert M. Lee (Chairman & CEO). Xcout recorded 113 job postings from Dragos in the last 90 days, naming tools such as Salesforce, Elastic, Splunk.
7 more named people on record for Dragos, with roles, board committees and tenure — see the full roster →
The 6 most recent:
| Date | Round | Amount | Investors |
|---|---|---|---|
| Series D Extension | $74M | 1 named | |
| — | $200M | 1 named | |
| SEC Form D filing | $6M | — | |
| SEC Form D filing | $29.6M | — | |
| SEC Form D filing | $9.1M | — | |
| Series A | $10M | — |
Who invested in each round, lead investors, valuations and the co-investor graph — open the full funding history →
Xcout recorded 113 job postings from Dragos in the last 90 days, from a hiring record Xcout has kept since June 2026.
The weekly hiring trend, the roles and locations behind it and all 17 tools — see Dragos's hiring signals →
Based on 75 job postings in the last 8 weeks (10 Aug – 4 Oct 2026), compared with 380 scale-up technology companies.
This describes a hiring pattern — how often Dragos’s job postings ask for AI skills, and how that changed against the previous 8 weeks, ranked among its peers. It says nothing about the company’s products or performance.
Signed-in members see the AI-skill share and its change with peer percentiles, role mix, posting momentum and advertised US pay against the market.
A few of Dragos's closest competitors — see the full list of competitors and alternatives →
Nozomi Networks is a cybersecurity leader headquartered in San Francisco, California, specializing in OT and IoT security to protect critical infrastructure, industrial, and government organizations from cyber threats.
Claroty is a cybersecurity company that provides protection for cyber-physical systems across industrial, healthcare, and commercial environments.
Insane Cyber, Inc. is a computer and network security company specializing in tactical operational technology (OT) threat hunting for industrial environments. The company is incorporated in Delaware and headquartered in San Antonio, Texas.
Frenos, Inc. is an artificial intelligence-native operational technology penetration testing platform. The company purpose-builds its simulation solutions for critical infrastructure, defense, and industrial control environments.
Indegy is an industrial cybersecurity company headquartered in New York, United States, with research operations in Tel Aviv, Israel. The company provides industrial control system (ICS) security suites and cloud services to protect critical infrastructure.
Hyperport Inc. provides an autonomous secure access platform for Operational Technology (OT) and Industrial Control Systems (ICS) in critical infrastructure sectors such as power utilities, oil and gas, and data centers. The company's platform replaces static VPN and PAM workflows by continuously scoring session risk and autonomously enforcing policies, offering features such as browser-native access, zero standing privilege, session recording, and immutable audit logs.
Funding rounds, acquisitions, new executives, launches and expansions, each with a two-line summary and a link to the source. One short email a day, only when there is news.
Free: up to 5 companies, daily. Subscribers also follow whole sectors and saved filters (M&A in Israel, AI funding…), get instant alerts, in-app notifications and signed webhooks, and open the full profile behind every name. Subscribe →
Post the link and the card appears automatically — each network fetches the image itself.