Steps. Weights. Checks. Signatures. eBR. The record directs the run.

Electronic batch record software turns an approved master manufacturing record into controlled execution. It guides operators, verifies materials and equipment, captures manual and automated data, performs calculations and applies limits and signature requirements. It manages exceptions, supports review by exception and retains the complete as-executed batch history.

An EBR is the controlled electronic record and execution workflow for a batch. MES is the broader manufacturing execution category that can include scheduling, dispatch, recipes, equipment, materials, work in process, performance and integration. EBR is usually the central regulated use case of pharmaceutical MES, but buyers may implement a focused EBR scope first.

A PDF can be an electronic record, but showing a paper form on screen does not provide executable controls. An executable record verifies physical objects, applies prerequisites and sequence, evaluates limits, captures source data, keeps corrections visible, opens exceptions and shows completeness as the batch runs. The final PDF is an output of that structured execution.

Seal provides unique identity, role-based access, record versioning, audit history, reason for change, electronic signatures, retention, retrieval and controlled export. Part 11 compliance also depends on the manufacturer’s intended use, validation, procedures, security, training, administration and applicable predicate-rule requirements.

Yes, but not by line-by-line transcription. Each paper element is classified as an instruction, verification, observation, calculation, sample, signature, exception path or derived output. Duplicate prompts, retrospective fields, manual arithmetic and data already available from equipment are redesigned as executable controls.

Yes. ERP can provide approved orders and references; DCS, PLC, SCADA, equipment and historians can provide contextual process evidence; balances and scanners can verify materials; QC and instruments can return results. Every interface defines authoritative ownership, message identity, acknowledgement, retry, failure, correction and reconciliation.

The original value remains visible. An authorised user enters the corrected value with reason, identity and timestamp, and the record applies any required re-review or signature behaviour. Corrections are distinguishable from repeats, overrides, deviations and rework so the execution history remains understandable.

Seal evaluates completeness and exceptions as the batch runs, identifying out-of-range values, corrections, overrides, alarms, failed checks, late or skipped steps, interface faults, open samples and missing evidence. QA reviews those events in context instead of searching every page for possible issues. The complete record remains available.

Only through an approved and tested business-continuity procedure. The design defines safe hold points, critical work, contingency records, service and interface recovery, and reconciliation back into the authoritative electronic record. An outage must not create an uncontrolled shadow record or duplicate execution.

Yes. Authorised rework or reprocessing creates controlled additional execution linked to the original batch, rationale, approval, instructions, materials, equipment, samples, results, yields and impact. The original planned and executed course remains unchanged and visible at review and disposition.

Validation should be based on intended use and risk. Test authoring and effectivity, roles, material and equipment verification, manual and integrated data, calculations, limits, corrections, exceptions, signatures, interfaces, outage recovery, review, disposition, retention, export and audit history using representative normal and failure scenarios.

Choose one representative product and prove master-record approval, order creation, valid and invalid material and equipment checks, manual and automated data, calculations, a failed limit, correction, deviation, rework, signatures, interface recovery, review by exception, disposition and backward and forward traceability. Then scale reusable patterns.