Lead Security Engineer (m/w/d)

Lead Security Engineer (m/w/d)

About Recare

As one of the leading German HealthTech companies, we are reshaping discharge management – technology-driven, patient-centered, and free from bureaucracy. In addition to our market-leading SaaS platform, we develop AI solutions that radically simplify processes in hospitals and for aftercare providers, relieve healthcare professionals, and refocus attention on patients. Today, we already connect two-thirds of all German hospitals with over 650 rehabilitation clinics and 25,000 nursing and homecare providers. With currently around 120 employees from a broad range of nations, we continue to grow – and we're now going far beyond our core business, aiming to eliminate bureaucracy and admin in hospitals with a whole portfolio of AI products.

What to expect as our Lead Security Engineer (m/w/d):

• Purposeful work – your role will have a positive impact on patients, their families, and healthcare professionals.

• Company culture – we believe in flat hierarchies that promote high performance and strong team dynamics. We foster an environment characterized by mutual respect, loyalty, and recognition. Together, we strive for our goals – and expect the same from you.

• Flexibility – want to pick up your child from daycare? Like to exercise during lunch? We'll support you. We are a remote-friendly company offering flexible working hours. Workations are also possible by arrangement.

• Edenred card – which you can use according to your needs.

• Extra vacation day – so you can celebrate your birthday with your loved ones, you'll have the day off.
  
  

In this role, you can make an impact and grow with us as Lead Security Engineer (m/w/d):

You'll be our first dedicated security engineer: a senior IC with no team at the start. You join as Deputy CISO, report to our Director of Technology (currently acting CISO), and build security engineering from scratch. The baseline is already in place – ISO 27001, C5 Type II, regular penetration tests, and encryption in the product. AI is adding new surfaces: voice documentation, document generation, and agentic workflows. You build and own the security program, the tooling, and the security story we tell customers.

• Vulnerability management – scanners and dependency updates across repos, plus the process that gets findings closed.

• Partner to Platform – review security-sensitive infrastructure decisions and explore options like customer-managed keys or HSMs. Platform still owns architecture.

• Certifications, technical side – control design and assessments for our ISO 27001 and C5 setup, the security case for a potential upcoming Class IIa medical device (MDR), and pentest scoping and follow-up, with regulation like the EU Cyber Resilience Act on the horizon. This is roughly a quarter to a third of the role, and we say it openly: for the right person in healthcare security, it's a draw, not a chore.

• Customer security – reusable docs, evidence, and AI-assisted questionnaires, so the tenth enterprise deal costs a fraction of the first. You join the call when a hospital CISO asks something new about our AI architecture.

• Incident response – process, runbooks, and escalation, and you lead when it's real. We're too small for a SOC, so you design on-call that fits a company our size. Product incidents and platform bugs have their own owners in engineering.

• Company-wide security – watch the threat landscape, turn this week's supply-chain mess into concrete actions, and set the baselines IT applies to devices and accounts.
  
  

How we work:

• AI-native – our engineers use coding agents every day. Security should too: scanning, evidence, questionnaires.

• AI is also our attack surface – agent sandboxing, prompt injection, voice data, computer-use automation inside hospitals. We deal with security questions most companies will only meet in a few years.

• Human-in-the-loop by default – this is healthcare: AI proposes, people stay in control.

• Ship and observe – we ship continuously and debug from telemetry, including in the open when that's the fastest path.