Technology Due Diligence for M&A in Romania 2026: IP, Data, Contracts, a Practical Checklist for Buyers & Sellers

Technology due diligence Romania has become the decisive workstream in technology-heavy M&A, and 2026 raises the stakes further as the EU Data Act and the EU AI Act reshape how buyers assess data rights, machine-generated data access and algorithmic governance. For in-house counsel, private equity investors and deal teams, a disciplined technology due diligence Romania exercise now determines valuation adjustments, the scope of representations and warranties, and the structure of post-completion indemnities. This guide sets out a step-by-step process, the documents to request, realistic timelines and costs, and the specific IP, data and contract risks that surface in Romanian targets. It is written as a practitioner’s working manual, checklists, tables and drafting pointers rather than commentary.

Use it to scope the review, control the data room, and price or remediate risk before signing.

Overview, What is technology due diligence and when to run it

Technology due diligence is the structured assessment of a target’s technology assets and the legal, operational and regulatory risks attached to them. In a typical Romanian transaction, the scope spans intellectual property ownership, software and source code, infrastructure and cloud dependencies, data protection and privacy, third-party and open source code, cybersecurity posture, commercial and licensing contracts, and the people who created and maintain the technology.

Timing matters. A light scoping review often begins pre-LOI to flag deal-breakers; the substantive review runs post-LOI during exclusivity; and confirmatory checks continue up to pre-completion. The objectives are consistent across phases: allocate risk correctly, support valuation adjustments, agree remediation obligations, and calibrate the representations, warranties and indemnities in the sale and purchase agreement (SPA).

Who needs tech DD in an M&A deal?

• Buyers. To confirm the target actually owns what it sells, to quantify remediation cost, and to secure contractual protection for defects discovered later.
• Sellers. To run vendor due diligence, pre-empt buyer objections, and narrow the scope of warranties by disclosing issues early.
• Lenders. To understand whether the technology underpinning cash flows is defensible, portable and free of lock-in before extending acquisition finance.

Transaction phases and DD scope matrix (pre-LOI / LOI / SPA)

Scope should expand as commitment deepens. Pre-LOI work is desktop-level: corporate records from the National Trade Register Office (ONRC), high-level IP register checks at the State Office for Inventions and Trademarks (OSIM), and a first-pass red-flag list. Post-LOI, the full technical, IP, data and contract review runs in parallel. By SPA stage, findings convert into disclosure schedules, specific indemnities, escrow triggers and conditions to completion.

Eligibility, When a tech target needs full TD vs light review

Not every target warrants a full-scope technology due diligence Romania review. The decision turns on data intensity, revenue model and regulatory exposure. A proprietary SaaS business processing significant volumes of personal data, operating in a regulated sector, or shipping AI-enabled products should always receive the full treatment. A small reseller with no proprietary code and limited data footprint may justify only a targeted review of its customer contracts and licences.

Risk triggers (open source use, AI products, critical personal data, outsourced development)

• Open source dependency. Heavy use of copyleft-licensed components demands a full OSS audit.
• AI products. Models, training data provenance and AI Act classification require specialist review.
• Critical or special-category personal data. Health, biometric or large-scale consumer data elevates GDPR and ANSPDCP enforcement exposure.
• Outsourced or contractor-built development. Fragmented authorship raises chain-of-title risk and makes a full IP audit essential.

Step-by-step technology due diligence Romania process

The following nine steps form the core workflow. Each step assigns a lead, defines deliverables, and feeds the disclosure schedules and remediation plan. Run technical, IP, data and contract streams in parallel where resources allow to compress the overall timeline.

1. Project kickoff & scoping. Agree the scope, assemble the team (buyer legal lead, IT lead, external tech adviser), execute confidentiality undertakings and stand up the data room. Fix the materiality thresholds that will govern what gets escalated.
2. Document request list & NDA / data processing controls. Serve a tailored request list rather than a generic template. Include a data-mapping request so you can see categories of personal data, processing purposes and transfers from the outset. Ensure any personal data shared for diligence is governed by an appropriate data processing arrangement.
3. Technical review: code, architecture & infrastructure. Review architecture diagrams, cloud and hosting contracts, service level agreements, backup and disaster-recovery arrangements, and resilience testing. Identify single points of failure and provider lock-in.
4. IP audit: ownership, licences, assignments. Establish the chain of title for all core software. Confirm that employees and contractors have assigned economic rights and addressed moral rights, verify third-party component licences, and cross-check registered rights at OSIM.
5. Data protection & cybersecurity review. Assess GDPR compliance, Data Act relevance, records of processing activities, data protection impact assessments (DPIAs), breach history and cross-border transfer mechanisms. Check against ANSPDCP guidance and enforcement priorities.
6. Contracts review. Examine customer and supplier agreements, SaaS and cloud contracts, licences and sublicences, with particular focus on change-of-control, assignment, termination and exclusivity clauses that affect deal continuity.
7. Open source & third-party software audit. Generate an OSS inventory, risk-rank components by licence type (permissive versus copyleft), and map remediation options for incompatible or undisclosed code.
8. Remediation plan & negotiations. Convert findings into reps, carve-outs, escrow, holdbacks and indemnities. Price what cannot be fixed; schedule covenants for what can.
9. Post-closing integration & compliance checklist. Execute migration, regularise licences, obtain missing employee IP assignments and close out remediation covenants.

Step 1, Project kickoff & scoping

Define what “in scope” means in writing. Agree which systems are business-critical, which contracts are material by value, and the escalation route for red flags. A tight scoping document prevents duplicated effort across the legal and technical streams and sets the clock for the rest of the exercise.

Step 2, Document request & data room controls

Tailor the request list to the target’s business model. For a SaaS business, prioritise the cloud stack, the OSS inventory and the customer contract set. Ask the seller to provide a data map identifying personal data categories, processors and transfer mechanisms, this single request accelerates the entire data protection due diligence Romania workstream.

Step 3, Technical review: code, architecture & infrastructure

This is where IT due diligence Romania becomes concrete. Review the actual architecture, not just diagrams. Confirm backup frequency and restore testing, examine SLAs for uptime and support commitments, and identify dependency on a single cloud provider where migration would be costly or contractually restricted.

Step 4, IP audit: ownership, licences, assignments

Under Romanian copyright law (Law No. 8/1996 on copyright and related rights, as amended), the position of software created by employees and contractors must be examined carefully. Although the law provides a default rule that economic rights in a computer program created by an employee in the course of employment belong to the employer unless agreed otherwise, best practice, and what buyers should verify, is a clear written assignment addressing both economic rights and the treatment of moral rights. Gaps here are among the most common and most damaging findings. Verify registered trademarks and any patents at OSIM and reconcile them against the target’s asset list.

Step 5, Data protection & cybersecurity review

Check lawful bases for processing, the completeness of records of processing, whether DPIAs were conducted where required, and how breaches were handled and notified. Review cross-border transfers for valid mechanisms, standard contractual clauses, adequacy decisions or binding corporate rules, against the GDPR and ANSPDCP guidance.

Step 6, Contracts review

Focus on clauses that threaten continuity: change-of-control and assignment provisions that let customers walk, termination-for-convenience rights, and SaaS contract review Romania issues such as capped liability, data return on exit and third-party code pass-through terms.

Step 7, Open source & third-party software audit

A code scan and a third-party licences audit together reveal the copyleft exposure. Risk-rank each component: permissive licences are low risk; strong copyleft embedded in distributed proprietary code can require source disclosure and is high risk.

Step 8, Remediation plan & negotiations

Translate findings into the deal documents. Some issues are fixable through covenants and escrow; others must be priced into the valuation or carved out entirely.

Step 9, Post-closing integration & compliance checklist

Track remediation to completion: obtain outstanding IP assignments, regularise licences, migrate off locked-in providers where planned, and close any data protection gaps identified during diligence.

Step / Who / Duration timeline

Required documents and evidence

Request documents in priority order and apply clear evidential standards: signed originals or executed counterparts for assignments, dated and version-controlled policies, and documentary proof of data transfers and consents. Where originals are unavailable, flag the gap as a disclosure item and a potential remediation covenant. The table below is the working checklist for the data room.

Timeline & deadlines, practical timing and milestones for Romanian deals

Standard transactions run their technology due diligence Romania review in two to six weeks; complex targets with large codebases, cross-border data transfers or AI products commonly need six to ten weeks or more. Synchronise the DD timeline with the SPA structure: findings must be finalised before disclosure schedules are agreed, and any material adverse change window should account for issues still under investigation. Where a regulated sector triggers notification or approval periods, build those into the completion timetable rather than treating them as afterthoughts. The Step/Who/Duration table above is the baseline, compress it with parallel workstreams, not by cutting scope.

Costs and fees, budgeting the tech DD

Cost is driven by code size, architectural complexity, open source exposure, and the depth of security testing required. A lean review of a simple target sits at the lower end of each range; a data-intensive SaaS business with significant OSS and cross-border transfers sits at the upper end. The ranges below are broad illustrations for Romanian and wider CEE transactions, will vary by provider and should be refined once scope is fixed and quotes are obtained.

What changes in 2026, regulatory and market updates affecting technology due diligence Romania

The regulatory backdrop to technology due diligence Romania is shifting materially in 2026. Two EU instruments dominate the agenda, the Data Act (Regulation (EU) 2023/2854) and the AI Act (Regulation (EU) 2024/1689), and both change what buyers must verify and what sellers must warrant. The AI Act entered into force in 2024 and applies on a phased timetable, with its various obligations becoming applicable over the following years. The Data Act applies from 12 September 2025. Investor scrutiny has risen in parallel, so data provenance, interoperability and AI governance now feature in warranty negotiations that previously focused narrowly on IP ownership. Expect Romanian enforcement priorities, articulated through ANSPDCP guidance, to track EU developments closely.

Data Act implications for buyer access to machine-generated data

The EU Data Act strengthens obligations around access to, and use of, data generated by connected products and related services, and introduces interoperability and cloud-switching requirements that affect cloud and connected-product businesses. For buyers, this means reviewing whether the target can lawfully access and exploit the data it relies on, whether data-sharing and access terms in its contracts align with the new regime, and whether switching obligations reduce the lock-in value previously baked into customer relationships. A practical effect is likely to be a new category of Data Act compliance warranties and covenants in SPAs.

AI Act and risk-classification impact on product liability and warranties

The EU AI Act introduces a risk-based classification and associated compliance and conformity-assessment obligations for AI systems, with the most stringent requirements applying to high-risk systems and prohibited practices banned outright. Where a target ships AI-enabled products, diligence must identify the applicable risk category, verify any conformity documentation, and assess training-data provenance. Buyers are likely to increasingly demand specific AI governance warranties and indemnities covering regulatory non-conformity, given the potential for new compliance exposure.

What to ask sellers, practical template questions

Serve these as a structured request with a defined submission format, populated spreadsheets for inventories, executed PDFs for agreements, and dated exports for logs. Specify that answers be evidenced, not asserted.

• Provide repository access with full commit history and the contributor licence / assignment status for every contributor.
• List all employees and contractors who wrote core code, with the corresponding IP assignment and confidentiality agreements.
• Provide the complete open source inventory, including licence type and the deployment context of each component.
• List all data processors and sub-processors, with the cross-border transfers and the SCCs or other transfer mechanisms in place.
• Provide records of processing activities and all DPIAs conducted in recent years.
• Disclose every personal data breach and the notifications made to ANSPDCP and data subjects.
• Provide all cloud and hosting contracts, SLAs, and any exit/data-return and switching provisions.
• List all customer and supplier contracts containing change-of-control, assignment or termination-for-convenience clauses.
• Provide backup frequency, restore-test results and disaster-recovery documentation.
• Disclose any pending or threatened IP, data protection or contractual litigation.
• Identify any AI systems, their intended purpose, risk classification and any conformity documentation.
• Provide registered IP (OSIM filings) and reconcile against the asset list, and provide corporate records consistent with the ONRC register.

Remedies, negotiation levers & drafting pointers

Findings convert into value only if the deal documents reflect them. The principal levers are representations and warranties, indemnities, escrow and holdbacks, and conditions to completion. Calibrate warranty scope against limitations, caps, baskets and survival periods, and reserve specific indemnities (uncapped or separately capped) for high-severity findings such as IP chain-of-title gaps, OSS copyleft contamination, and regulatory fines for data non-compliance. Where a defect is remediable, condition completion on remediation or secure a covenant backed by escrow.

Sample clause pointers

• IP assignment representation. Warrant that all IP in the core software is owned by the company free of third-party claims, and that all employees and contractors have validly assigned their economic rights and addressed moral rights.
• Data compliance warranty. Warrant compliance with the GDPR and applicable Romanian data protection law, the existence of RoPA and required DPIAs, and valid mechanisms for all cross-border transfers, supported by an indemnity for regulatory fines.
• OSS warranty plus covenant to remediate. Where full OSS compliance cannot be warranted, obtain disclosure of the inventory, a warranty of no undisclosed copyleft in distributed proprietary code, and a covenant to remediate flagged components within a fixed period post-closing.

Escrow & escrow triggers

• Deposit current source code and build instructions with a reputable escrow agent where source access is critical to continuity.
• Define release triggers precisely, insolvency, material breach, or failure to maintain, and include verification that deposited materials actually build.
• Set the escrow duration to match the integration and remediation window, and address provider lock-in by escrowing migration-relevant documentation.

Buyer vs seller priorities in technology due diligence

Common pitfalls and red flags

• Unassigned or inadequately documented employee or contractor IP. A frequent defect; obtain or confirm assignments pre-completion or carve out and indemnify.
• Ambiguous licence terms. Clarify scope and sublicensing rights before relying on them.
• Copyleft contamination. Strong copyleft in distributed proprietary code can force source disclosure, remediate or re-architect.
• Unrecorded or unlawful data transfers. Verify SCCs or other mechanisms; price the fine risk if absent.
• Missing DPIAs. Where required but absent, treat as a remediation covenant and compliance warranty.
• Weak backup and restore. Untested restores are a continuity red flag; require evidence of successful tests.
• Cloud provider lock-in. Assess migration cost and contractual switching rights against the Data Act regime.
• Change-of-control termination rights. Identify customers who can exit on the deal and seek consents or carve-outs.
• Pending litigation. Quantify exposure and secure specific indemnities.
• Undisclosed third-party code. Scan rather than rely on representations alone.
• AI non-conformity. Verify classification and documentation to avoid inherited regulatory liability.
• Tax and asset-transfer compliance. Confirm that any asset transfer is structured correctly to avoid unexpected liabilities.

Practical checklist & downloadable assets

To operationalise this guide, use a one-page buyer’s rapid tech DD checklist (Romania 2026) alongside a sample IP and data warranty clause pack covering IP assignment representations, data compliance warranties and OSS remediation covenants. These convert the workflow above into a repeatable deal tool. This article is general guidance and not a substitute for legal advice; a bespoke technology due diligence Romania review should be tailored to the specific target, sector and transaction structure.

Sources

1. EU General Data Protection Regulation (GDPR), Regulation (EU) 2016/679
2. EU Data Act, Regulation (EU) 2023/2854
3. EU Artificial Intelligence Act, Regulation (EU) 2024/1689
4. ANSPDCP, Romanian National Supervisory Authority for Personal Data Processing
5. OSIM, State Office for Inventions and Trademarks
6. ONRC, National Trade Register Office (Romania)
7. Ministry of Justice (Romania)
8. Romanian Consolidated Legislation Portal (legislatie.just.ro)