Drone as a Service Startup Insurance in India: Hull, Liability, DGCA Compliance, and Customer Indemnity for DaaS Operators

Indian Drone-as-a-Service operators have built fleets that collectively now exceed 9,500 active airframes as of Q1 2026, deployed across agriculture (spraying, surveying, livestock monitoring), survey and mapping (cadastral surveys under SVAMITVA, infrastructure surveys, mining surveys), industrial inspection (transmission lines, oil and gas pipelines, telecom towers), defence and police support (logistics drops, ISR for security operations), delivery (medical supplies in challenging terrain, e-commerce trials), and emergency response (disaster mapping, search and rescue). The DaaS segment has absorbed approximately USD 380 million in disclosed equity funding between 2022 and Q1 2026, with the cohort including Garuda Aerospace, ideaForge, ThrottleAerospace, Marut Drones, BotLab Dynamics, Asteria Aerospace, and several emerging operators.

The defining commercial feature of DaaS is the hybrid business model: the operator owns and operates the drone fleet (an asset-heavy, operational risk business), while selling drone services on a SaaS-like recurring or per-job pricing model (a service business with software and data deliverables). The hybrid creates a distinctive insurance position that neither pure technology insurance nor pure aviation insurance addresses cleanly.

A traditional aviation insurance approach treats the drone as an aircraft, requiring hull cover, third-party liability, and operator certifications under aviation rules. This works for the physical assets but ignores the technology and data dimensions: the proprietary software platform that operates the drones, the data products the customer receives, the SaaS-style contractual commitments to customer outcomes, and the cyber exposure of a connected fleet.

A traditional technology insurance approach addresses the SaaS and data dimensions but lacks the products to cover physical fleet assets, in-flight operations, and aviation-specific liabilities. Standard Tech E&O policies typically exclude aircraft operations.

The DaaS insurance answer is a layered programme that combines aviation-style fleet cover with technology-services PI and cyber coverage, structured through brokers with aviation and technology practices. This post addresses the structuring approach, regulatory framework under the Drone Rules 2021, BVLOS-specific exposure, and customer indemnity considerations that DaaS founders must navigate.

The Drone Rules 2021, notified by the Ministry of Civil Aviation in August 2021 and amended through subsequent gazette notifications, establish the regulatory framework for drone operations in India. The rules classify drones by all-up weight into Nano (up to 250g), Micro (250g to 2kg), Small (2kg to 25kg), Medium (25kg to 150kg), and Large (above 150kg). The insurance requirements under the rules apply differently across these categories.

For all drones in Micro and above categories, the rules require third-party liability insurance covering bodily injury and property damage caused by drone operations. The minimum third-party liability cover is specified per drone, with industry practice for commercial DaaS operations exceeding the statutory minimums to meet customer requirements and operational reality.

Typical industry benchmarks for third-party liability cover per drone in commercial DaaS:

• Micro drones (2kg or less): INR 50 lakh to INR 2 crore per occurrence
• Small drones (2kg to 25kg): INR 2 crore to INR 10 crore per occurrence
• Medium drones (25kg to 150kg): INR 10 crore to INR 50 crore per occurrence
• Large drones (above 150kg, including aerial work drones with significant payloads): INR 25 crore to INR 100 crore per occurrence

The rules also establish the Digital Sky platform as the centralised regulatory portal for drone registration, remote pilot certification, operator certification, airspace authorisation, and incident reporting. Insurance certificates are part of the documentation submitted through Digital Sky. The platform's adoption has been uneven; many DaaS operators report inconsistent enforcement of insurance certificate requirements, but the legal obligation remains and a non-insured operation in the event of an incident creates substantial liability exposure including potential criminal consequences under the rules.

Remote Pilot Certification (RPC) is required for operators of Small and above category drones. The certification structure includes specific endorsements for BVLOS (beyond visual line of sight) operations, which trigger additional insurance considerations covered in the next section.

For DaaS operators with mixed fleets across multiple categories, the insurance structure typically uses a fleet policy with sublimits per drone category, an aggregate annual limit covering the full fleet, and specific endorsements for high-risk operations including BVLOS, night operations, and operations in controlled airspace. Premium rates for a DaaS fleet have stabilised over 2024 to 2026 at approximately 2.5 to 6 percent of the fleet's insured value annually for hull and liability combined, with significant variation based on operational profile, claims history, and pilot certifications.

Beyond Visual Line of Sight operations are the operational frontier for Indian DaaS in 2026 and the segment with the most material insurance implications. BVLOS operations enable drones to fly beyond the operator's direct visual line of sight, typically using onboard sensors, autopilot systems, and remote communications. The use cases that justify BVLOS include long-distance infrastructure inspection (transmission line corridors, pipelines, railway tracks), agricultural operations covering large farm holdings, defence and security ISR operations, and logistics delivery routes.

DGCA approves BVLOS operations on a case-specific basis under the BVLOS Experimental Operations Framework introduced in 2022 and progressively expanded through 2024 and 2025. The approval process requires:

• the operator to have demonstrated VLOS operational experience
• specific airframe certification including detect-and-avoid capabilities or operational mitigations
• remote pilot endorsements for BVLOS operations
• a specific concept of operations (CONOPS) document describing the planned operation
• detect-and-avoid capability or compensating procedures for crewed aircraft conflict avoidance
• third-party liability insurance at increased limits reflecting the BVLOS risk profile

The insurance implications of BVLOS are material. The risk profile is materially different from VLOS operations: longer flight distances increase exposure to varied airspace conditions, the operator cannot directly observe the drone's environment, and detect-and-avoid systems while improving still cannot replicate human visual situational awareness. The historical accident data for BVLOS operations globally shows higher rates of mid-air conflicts, navigation errors, and uncontrolled descents compared to VLOS operations.

Indian insurers writing drone fleet cover typically apply premium loadings of 40 to 100 percent for BVLOS operations relative to VLOS-only operations. The exact loading depends on:

• the specific airframe's detect-and-avoid capability and certification
• the airspace classification of BVLOS routes (controlled airspace, uncontrolled airspace, restricted areas)
• the proximity of BVLOS routes to civilian aviation activity
• the operator's BVLOS experience and incident history
• the duration of typical BVLOS flights
• the specific operations (medical delivery to remote areas presents different risk than transmission line inspection in low-traffic airspace)

For BVLOS operations involving payload delivery, additional considerations apply. A drone carrying medical supplies, e-commerce packages, or other physical payloads creates both the standard drone liability exposure and potential product liability for the payload contents. Standard drone third-party liability typically excludes the value of cargo being carried. Separate cargo liability or product liability cover may be required depending on the delivery service structure.

DaaS customer contracts increasingly include indemnification clauses that pass operational and product risk back to the DaaS operator. Enterprise customers commissioning DaaS services for infrastructure inspection, agricultural surveying, mining operations, and industrial applications include clauses such as:

• DaaS operator indemnifies customer for any loss caused by drone operations on customer's premises
• DaaS operator indemnifies customer for any third-party claims arising from drone operations conducted on customer's behalf
• DaaS operator indemnifies customer for damage to customer's assets, including assets being inspected
• DaaS operator indemnifies customer for losses arising from data products delivered to customer (incorrect survey measurements, missed inspection findings, faulty mapping outputs)
• DaaS operator indemnifies customer for regulatory violations during operations

The contractual structure typically aggregates these obligations into broad indemnification language with limits ranging from INR 5 crore to INR 50 crore per occurrence depending on the customer's risk appetite and the scale of operations.

The insurance translation of this indemnity stack requires multiple policies operating together:

Third-party drone liability covers the indemnification of customer for losses to third parties (people, other property, aircraft) caused by drone operations. This is the primary insurance.

Hull insurance covers loss of the drone itself, which is the operator's exposure rather than the customer's. However, if the drone is operating on customer-owned infrastructure (a wind farm, a pipeline corridor), the operator's loss is contractually relevant.

Customer asset damage insurance covers damage to the customer's assets that the drone is inspecting or operating near. Standard third-party liability sometimes excludes damage to property the drone is being used to inspect or near which it operates; this gap requires specific cover or sublimit endorsement.

Professional indemnity for data products covers the indemnification of customer for losses arising from incorrect or missed findings in the data deliverable. A DaaS operator inspecting a transmission line that misses a degraded insulator, leading to a subsequent line failure, faces a PI-type claim from the utility customer. Standard drone insurance typically does not cover this; the cover must come from a separate PI policy that captures the data deliverable as a covered service.

Cyber liability covers losses arising from compromise of the drone control systems, data theft from the operator's platform, or unauthorised use of the drone fleet by external parties. The connected nature of modern drone fleets creates cyber exposure that standard aviation insurance does not address.

For most Indian DaaS operators, the practical answer is a programme combining a specialty drone fleet policy (hull, third-party liability, possibly customer asset damage) with a separate Tech E&O or PI policy covering the data deliverables and a Cyber policy covering the platform. Coordinating these three policies at claim time requires careful broker management; incidents that span aviation, data, and cyber dimensions can trigger overlapping or competing claims responses.

Premium benchmarks for a mid-size DaaS operator (fleet of 100 to 300 drones across multiple categories, INR 30 crore to INR 100 crore in revenue) running a full programme covering hull, third-party liability, customer asset damage, Tech E&O for data products, Cyber, and supporting covers: INR 1.2 crore to INR 3.5 crore annually. A pure VLOS-only operator at the lower end of the range, a BVLOS-heavy operator with payload delivery operations at the upper end.

Hull insurance covers physical loss or damage to the drone itself, including theft, accidental damage in operation, transit damage, and ground handling damage. For DaaS operators with fleets numbering in the hundreds, hull cover is a meaningful component of the insurance programme because individual drone values range from INR 50,000 for basic agricultural sprayers to INR 1.5 crore or more for advanced industrial drones with specialised payloads.

The hull policy structure for a DaaS fleet typically includes:

• per-drone sum insured based on replacement value
• fleet aggregate limit covering total potential exposure
• deductible per loss (typically INR 50,000 to INR 5 lakh depending on drone value)
• coverage for hull damage including in-flight loss, ground accidents, transit damage, and theft
• exclusions for wear and tear, gradual deterioration, mechanical breakdown not caused by external event, and operations outside the policy's authorised parameters

A specific consideration for DaaS hull cover is the in-flight loss exclusion structure. Standard aviation hull policies cover in-flight loss caused by external events (collision, sudden weather, bird strike) but not loss caused by component failure where the drone descends in an unrecoverable manner. For drones, this distinction is harder to apply because most in-flight losses involve a component failure of some kind. Indian insurers writing drone hull have developed specific wordings that include 'in-flight loss from any cause' subject to operational compliance requirements, which is broader than traditional aviation hull. Verify the wording before assuming standard aviation hull principles apply.

Theft exposure is meaningful for DaaS operators, particularly those operating at remote sites, transmission corridors, agricultural fields, and overnight storage at temporary operating bases. Specific endorsements for theft and unauthorised use are typically included in DaaS hull policies, often with sublimits and conditions including secured storage requirements, GPS tracking of high-value assets, and reporting timelines.

Premium rates for drone hull are typically 2 to 5 percent of the insured value annually for the airframe alone, plus additional rates for payload components (sensors, cameras, spraying systems) where these are independently valued. The variation reflects drone category, operational use, claims history, and storage and handling practices.

For DaaS operators using drones provided by manufacturers under a maintenance and replacement arrangement, the insurance structure may shift; the manufacturer may carry hull insurance and provide replacement drones rather than the operator owning the fleet directly. The contractual structure between operator and manufacturer determines the appropriate insurance approach.

DaaS operations involve trained Remote Pilots whose liability and personal injury exposure must be covered. The personnel insurance considerations for a DaaS operator include:

Workmen's Compensation under the Employees Compensation Act 1923 covers personal injury or death of employed Remote Pilots and ground crew during employment. The Act provides statutory benefits including medical treatment, disability compensation, and dependent compensation in case of fatal injury. For drone operations, specific considerations apply because injuries can arise from drone crashes, propeller contact, battery thermal events (particularly with lithium polymer batteries common in drone power systems), and falls during launch and recovery operations.

The Workmen's Compensation cover is statutory and not voluntary; failure to maintain cover or pay statutory compensation creates direct exposure to the employer including penalties under the Act and personal liability of company directors in some circumstances.

Group Personal Accident insurance is typically provided as a voluntary supplement, providing higher benefits than statutory minimums and covering injuries beyond the scope of the Employees Compensation Act (such as off-duty incidents). For drone pilots operating at remote sites, GPA cover with limits of INR 25 lakh to INR 1 crore per pilot is standard practice.

Professional Indemnity for individual pilots is a less common but emerging consideration. Some DaaS structures involve contracted Remote Pilots rather than employed pilots, with the pilot operating under the company's authorisation but as an independent contractor. In this structure, the pilot may have personal liability for operational errors, and individual PI cover for the pilot at limits of INR 5 crore to INR 25 crore provides defence cost protection.

Operator liability vs pilot liability is a contract-specific allocation. In employee structures, the operator generally retains all liability for the pilot's acts in employment, subject to standard employment law principles. In contractor structures, the allocation depends on the contractual terms between operator and pilot.

For BVLOS operations specifically, the pilot's liability exposure is materially higher because the pilot is making decisions about flight operations without direct visual observation. Pilots conducting BVLOS operations should have specific endorsements on personal accident or PI cover reflecting this risk, and the operator's programme should explicitly capture BVLOS operations within its third-party liability coverage.

A practical insurance plan for Indian DaaS operators by stage:

Early-stage DaaS startup (seed funding, fleet under 25 drones, single use-case focus, INR 2 crore to INR 15 crore revenue): At this stage the operator has limited diversification and limited operational history. Cover required: drone fleet hull and third-party liability with appropriate per-category sublimits, statutory Workmen's Compensation, Group Personal Accident for pilots, basic D&O at INR 3 crore to INR 8 crore, and Public Liability for ground operations. Annual programme cost: INR 12 lakh to INR 35 lakh.

Growth-stage DaaS (Series A to B, fleet of 50 to 200 drones, multiple use-cases, INR 25 crore to INR 100 crore revenue): The programme expands materially. Cover required: fleet hull and third-party liability with BVLOS endorsements if applicable, customer asset damage cover, Tech E&O or PI for data deliverables at INR 10 crore to INR 50 crore limit, Cyber Liability at INR 10 crore to INR 25 crore limit, increased Workmen's Compensation and GPA reflecting larger pilot workforce, D&O at INR 15 crore to INR 30 crore, and General Liability. Annual programme cost: INR 60 lakh to INR 1.8 crore.

Scaled DaaS operator (Series C and beyond, fleet of 300+ drones, multi-state operations, multi-use-case including BVLOS and payload delivery, INR 100 crore plus revenue): The full programme includes the above plus increased limits across all lines, specialty cyber for connected fleet exposure, potential captive participation through GIFT City for retained risk, and additional covers including media liability if the data deliverables include geographic or aerial imagery with potential privacy or copyright exposure. Annual programme cost: INR 1.5 crore to INR 4 crore.

Broker selection for DaaS is challenging because the hybrid nature of the business requires both aviation and technology expertise that few brokers combine. The right broker for a DaaS operator has:

• direct relationships with Indian insurers writing drone fleet cover (typically Tata AIG, ICICI Lombard, HDFC Ergo, Bajaj Allianz, and Reliance General have appetite)
• aviation underwriter access for specialised endorsements
• technology and SaaS insurance practice for the Tech E&O and Cyber components
• ideally an in-house aviation specialist or risk surveyor who can engage substantively with drone operations
• Lloyd's access for specialty placements, particularly for BVLOS at scale or payload delivery operations

A few Indian specialist brokers have developed dedicated drone and DaaS client practices; among global composites, Marsh and Aon have aviation practices that include drone operations.

The claims experience emerging from Indian DaaS operations between 2022 and 2025 provides useful guidance for risk management and insurance structuring. The dominant claim categories observed in this period:

Hull losses account for approximately 60 to 70 percent of claim frequency, with average claim amounts between INR 1.5 lakh and INR 8 lakh depending on drone category. The dominant causes are: pilot error during launch and recovery (approximately 30 percent of hull losses), in-flight component failure (approximately 25 percent), weather and gust-related incidents (approximately 20 percent), GPS or communications loss (approximately 15 percent), and other causes including bird strike, collision with obstacles, and theft (approximately 10 percent).

Third-party property damage accounts for approximately 20 to 25 percent of claim frequency, with average claim amounts between INR 2 lakh and INR 15 lakh. Common scenarios include drones descending uncontrolled onto vehicles, buildings, agricultural equipment, or other property. Bodily injury claims to third parties are relatively rare (less than 5 percent of claims) but where they occur tend to be more severe.

Customer asset damage accounts for approximately 5 to 8 percent of claims but with higher average amounts (INR 5 lakh to INR 30 lakh), typically involving damage to the infrastructure being inspected: solar panels broken by descending drones, transmission line components, agricultural irrigation systems, or industrial equipment.

Pilot injury claims account for 3 to 5 percent of claims with typical amounts in the range of INR 1 lakh to INR 10 lakh for medical and disability benefits.

Cyber and data incidents are a small but growing category, approximately 2 to 4 percent of claim frequency in 2025. The dominant scenarios involve unauthorised access to the fleet management platform, theft of customer data including survey deliverables and inspection imagery, and ransomware affecting the operator's data infrastructure. Average claim amounts are higher than other categories at INR 10 lakh to INR 60 lakh, reflecting both the cost of incident response and the cost of recreating lost data deliverables for customers.

Risk engineering measures that materially affect both claim frequency and insurance terms include:

• pre-flight checklist enforcement with documented sign-off
• weather minimums with clearly defined no-go conditions
• pilot rest and operational duty time limits
• maintenance schedules per manufacturer requirements with documented compliance
• battery management protocols including charge cycle tracking and storage temperature monitoring
• GPS jamming and spoofing detection where operations are in higher-risk areas
• post-incident reporting and root cause analysis processes
• regular pilot proficiency reviews and currency checks

DaaS operators implementing these measures consistently achieve premium discounts of 15 to 35 percent relative to operators without documented programmes. More importantly, the operational discipline reduces claim frequency directly, with measured reductions of 30 to 50 percent in hull losses and 20 to 40 percent in third-party claims among operators who have implemented engineering-grade operational programmes.

Underwriter relationship management is a separate operational discipline. Indian insurers writing drone fleet cover have limited claims data to reference and remain conservative on capacity allocation. Operators who provide quarterly operational data (flight hours by category, incident reports including near-misses, maintenance compliance, pilot proficiency status) to their lead underwriters develop trust that translates to better terms at renewal. Operators who provide minimal information typically face capacity constraints and premium loadings as underwriters apply conservative assumptions in the absence of data.

At renewal each year, fleet operators should present a structured submission covering: fleet composition by drone category with serial-level inventory, total flight hours and operations summary, claims and incident history including near-misses, pilot certifications and currency status, maintenance compliance evidence, customer contracts and indemnity exposure summary, and any operational changes since prior renewal. This level of submission discipline materially improves renewal outcomes against the alternative of relying on summary representations and underwriter goodwill.