INDUSTRY FACT FILE · DRONES, ROBOTICS & AUTONOMOUS SYSTEMS

Cybersecurity FAQs for Drone, Robotics and Autonomy Businesses

Forty frequently asked questions and answers in five categories, written for Boards and founders, CISOs and compliance teams, engineering and product teams, flight operations and robotics site teams, and privacy, supply chain and response teams.

In this document 1.  Category 1: Cyber risk, governance and strategy 2.  Category 2: Drone Rules, CERT-In and regulatory requirements 3.  Category 3: Firmware, links, platforms and engineering 4.  Category 4: Flight operations, navigation and robotics sites 5.  Category 5: Data, supply chain, privacy and incident response

Audience: Boards, founders, CEOs and business leadership

Q1. Why are drones and robots a cybersecurity concern?

Because they are computers that move. Their firmware, links, ground apps and fleet clouds can be attacked like any IT system, but the result can be unsafe behaviour, a grounded fleet, a halted warehouse or leaked imagery of sensitive sites and people.

Q2. What are the biggest cyber risks for a drone or robotics business?

Tampered firmware and updates, weak command and telemetry links, GNSS interference, compromised ground stations and fleet consoles, API flaws, exposed imagery, supply chain doubts, vendor remote access into robot fleets, ransomware and slow detection that misses CERT-In's six-hour window.

Q3. Which public developments should leadership know about?

Confirmed GPS spoofing near Delhi's airport in 2025 and interference reports from six other airports, the 2025 Bluetooth flaw in several commercial robots, reported Indian restrictions on Chinese components in military drones and the US FCC's December 2025 decision on foreign-produced drones.

Q4. Is drone and robot security an IT problem or a leadership problem?

A leadership problem. One compromised update or fleet console can trigger safety incidents, lost tenders, export barriers and customer claims at once. Boards must fund secure engineering and monitoring, set rules for vendor access and data, and see evidence that controls work.

Q5. What should the Board review each quarter?

Open product vulnerabilities and fixes, update signing and release controls, fleet console and vendor access exceptions, test and audit findings, SOC coverage, incidents reported to CERT-In, supply chain and provenance issues, DPDP progress and readiness for export-market rules.

Q6. Who should own cybersecurity in a drone or robotics firm?

A CISO or head of product security working with engineering, flight or site operations, procurement and the data protection officer, with a Board mandate and one inventory of products, firmware versions, keys, fleets, consoles, vendors and data stores.

Q7. How should we prioritise investment?

Protect signing keys and updates first, then secure fleet consoles, APIs and vendor access, harden links and ground stations, test navigation fail-safes under authorised conditions, protect imagery, assess suppliers, and build 24x7 monitoring and incident readiness over successive cycles.

Q8. How can Codec Networks help?

Codec Networks provides firmware and update security reviews, link and ground station testing, fleet cloud and API VAPT, authorised navigation resilience testing, robot cell and AMR fleet assessments, supply chain reviews, CERT-In empanelled audits, DPDP programmes, managed SOC and incident response.

Audience: CISOs, accountable managers, compliance, legal and audit teams

Q9. What do the Drone Rules 2021 cover?

Registration and unique identification numbers on Digital Sky, type certificates, remote pilot certificates, airspace zones and permissions, operations and penalties. They now sit under the Bharatiya Vayuyan Adhiniyam 2024, which replaced the Aircraft Act 1934 from 1 January 2025.

Q10. How does type certification work?

Under the Certification Scheme for Unmanned Aircraft Systems notified on 26 January 2022, certification bodies approved under the QCI-owned scheme assess drone models and DGCA issues type certificates. Nano and model drones are exempt. Confirm current criteria with the scheme documents.

Q11. What is the draft Civil Drone Bill?

The Ministry of Civil Aviation released a draft Civil Drone (Promotion and Regulation) Bill for consultation on 16 September 2025. It would give civil drones standalone primary legislation. Track its progress and any rules made under it before planning compliance around it.

Q12. Are drone imports restricted?

DGFT prohibited the import of drones in built, semi-knocked-down and completely knocked-down form from 9 February 2022, with exceptions for research and development, defence and security under authorisation. Drone components were left free to import, which makes component provenance a supply chain question.

Q13. What do CERT-In's Directions require of drone and robotics firms?

As body corporates, they must report specified cyber incidents to CERT-In within six hours of noticing them, keep ICT logs for 180 days in India and synchronise clocks. Fleet clouds, ground systems and OT logs should be designed with this in mind.

Q14. What does DGCA say about GNSS interference?

DGCA's advisory circular of November 2023 sets out mitigation, contingency procedures and threat monitoring for jamming and spoofing, and a November 2025 procedure covers real-time reporting of interference around Delhi's airport. Operators should build these expectations into training and playbooks.

Q15. Does the DPDP Act apply to drone imagery?

Yes, where imagery, video or records relate to identifiable people, such as residents, workers or customers. Organisations need lawful purposes, notices where applicable, minimisation, reasonable safeguards and breach intimation, with most DPDP Rules obligations applying from May 2027.

Q16. What if we export drones or robots?

Connected products sold in the EU face the Cyber Resilience Act, with reporting duties from 11 September 2026 and full application from 11 December 2027, and radio equipment rules. The US FCC has stopped new authorisations for foreign-produced drones and critical components, subject to exemptions.

Audience: CTOs, firmware, platform and DevSecOps teams

Q17. How should firmware updates be protected?

Sign every image with keys held in a hardware security module under dual approval, verify signatures and block rollback at boot, stage releases and watch telemetry before full roll-out, and protect the build pipeline as carefully as the keys.

Q18. What does a firmware security review cover?

Boot chain and secure boot, update signing and verification, hardware debug interfaces, stored secrets, network and wireless services, third-party libraries and SDKs, data flows to the cloud and how the device behaves when updates fail or are tampered with.

Q19. How do we secure command, telemetry and video links?

Use encrypted, mutually authenticated links, strong pairing with unique per-device keys, protection against replay, sensible behaviour on link loss and secure configuration of LTE or satellite connectivity, and test the complete link as part of every major release.

Q20. How should ground control apps and devices be handled?

Issue managed, hardened devices for missions, remove shared accounts, protect logins with MFA, restrict app installation, keep apps and operating systems patched, encrypt stored missions and imagery, and test the apps like any other critical software.

Q21. What should we test in a fleet cloud platform?

Authentication and MFA for consoles, authorisation on every API, tenant isolation, mission and geofence change controls, update distribution, storage access, secrets management, logging and the ability to detect and roll back unauthorised changes.

Q22. How do we handle vulnerability reports?

Publish a contact and coordinated disclosure policy, triage reports quickly, fix and verify in the field, notify customers where needed and keep records. Exporters to the EU will need these processes to meet CRA vulnerability handling and reporting duties.

Q23. Should we maintain a software bill of materials?

Yes. An SBOM for firmware, ground apps and platforms lists the components and libraries you ship, lets you respond quickly to new vulnerabilities and answers buyer questions on provenance. Keep it current with every release.

Q24. How do we protect designs, code and AI models?

Restrict repositories and model stores by role, use MFA, monitor large downloads and unusual access, protect build and training environments, remove access promptly when people leave and watermark or fingerprint high-value models where practical.

Audience: Flight operations, accountable managers, robotics and site operations teams

Q25. How should we think about GNSS jamming and spoofing?

As an external hazard that operators cannot fully control. Drones should detect unreliable position, cross-check with other sensors and fall back to safe behaviour, pilots should be trained to recognise and report interference, and flight logs should preserve evidence.

Q26. How can navigation resilience be tested responsibly?

Only with authorisation, in controlled environments, coordinated with the customer and any required regulatory permissions. Codec Networks focuses on how systems detect and respond, reviewing cross-checks, integrity alerts and fail-safes, and does not generate interference outside such conditions.

Q27. What should operators check before BVLOS or docked operations?

Link encryption and failover, fleet console access and MFA, dock and remote operations centre security, navigation fail-safes tested under authorised conditions, monitoring of mission changes and an incident playbook that covers safe recovery and reporting.

Q28. How do we secure robot cells in a plant?

Map zones and conduits under IEC 62443, segment robot controllers and safety systems from office IT, restrict engineering laptops, control programme changes, monitor for unexpected commands and include robot cells in independent OT audits.

Q29. How do we secure AMR fleets in a warehouse?

Isolate the robot network and fleet manager, secure Wi-Fi and pairing, authenticate integrations with the warehouse management system, keep tested offline backups of fleet servers and agree with the customer how outages are handled.

Q30. What about ROS-based robots?

Treat ROS networks as untrusted unless secured. Use the security features of ROS 2 with careful configuration, restrict which nodes can publish and subscribe, keep robot networks segmented and monitor for unexpected nodes and messages.

Q31. How should vendor remote access be handled?

Use named accounts with MFA, time-bound approval for each session, session recording, least privilege and a jump host rather than always-on tunnels, and review access at least quarterly with the customer.

Q32. How does Codec Networks assess flight and site operations?

Codec Networks reviews links, ground stations, fleet consoles and fail-safes for drones, and robot cells, AMR fleets, ROS exposure and vendor access for robotics, with testing scheduled in agreed windows under safety controls and the required authorisations.

Audience: Privacy, procurement, security operations and incident response teams

Q33. How do we protect aerial imagery and survey data?

Classify imagery by sensitivity, store it in access-controlled locations with expiring sharing links, encrypt laptops and drives, blur or minimise people where possible, agree retention with clients and log who accesses sensitive datasets.

Q34. How should we assess component and SDK suppliers?

Ask for provenance, update and vulnerability processes, test samples for hidden data flows and insecure services, review SDK permissions, include security and notification clauses in contracts and reassess critical suppliers at least annually.

Q35. What do buyers mean by trusted components?

Usually evidence of where components, firmware and software come from, where data flows and how updates are controlled. Tender terms differ, so confirm each buyer's requirement, and keep SBOMs, supplier declarations and test reports ready.

Q36. What should the SOC monitor in a drone or robotics business?

Fleet console logins and changes to missions, geofences and updates, cloud and API abuse, build and signing activity, vendor remote sessions, OT and robot network alerts, unusual telemetry and relevant CERT-In advisories.

Q37. What should we do in the first hour after a fleet incident?

Bring vehicles or robots to a safe state, contain affected consoles or accounts, preserve logs and devices, assess safety and data impact, report to CERT-In within six hours where required, inform customers and authorities as needed and communicate carefully.

Q38. How do we investigate a drone or robot incident?

Preserve flight controller and ground station logs, telemetry, cloud and console logs, firmware images and network records, establish a timeline, compare firmware with known-good builds and identify the root cause before returning the fleet to service.

Q39. Should we run fleet and interference exercises?

Yes. Annual tabletops with leadership, engineering, flight or site operations, legal and communications, using update compromise, console takeover, interference and warehouse outage scenarios, test decisions on grounding, recovery, reporting and customer communication.

Q40. How can we start with Codec Networks?

Begin with a scoping call on your products, firmware, links, ground apps, fleet cloud, robot sites, data and obligations; Codec Networks will propose a practical testing, audit and monitoring plan mapped to Drone Rules, CERT-In, DPDP and buyer expectations.

Contact Codec Networks Pvt. Ltd. New Delhi: 507, 5th Floor, New Delhi House, Barakhamba Road, Connaught Place, New Delhi – 110001 Gurugram: 707, 7th Floor, Silverton Tower, Golf Course Extension Road, Sector 50, Gurugram – 122018, Haryana Landline: 011 430 496 96 | 011 437 522 99   Mobile: +91 99716 76124 | +91 88007 88220 | +91 88003 31124 Email: mktg@codecnetworks.com   Web: www.codecnetworks.com

Note: These FAQs provide general guidance as of October 2026 and do not constitute legal, regulatory, aviation safety or export control advice. Confirm obligations against the official instruments applicable to your organisation, products, operations and permissions, the countries you sell into and your contracts. Navigation resilience testing is referred to only as authorised testing in controlled environments, coordinated with the customer and any required regulatory permissions.