smartData Protection & Archiving

Archive and data protection, GCC

Retention rules are written in sentences. Somebody still has to build the thing that enforces them.

Aban Smart designs, integrates and supports archive, WORM and backup infrastructure for organisations across the UAE and the wider Gulf.

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Three manufacturer relationships rather than a catalogue: QStar for archive software, INCOM/StorEasy for WORM appliances, DISC for optical libraries and media.

Enterprise data-protection architectureData sources flow through a policy and management layer to storage tiers spanning disk, object, tape, optical, and cloud, producing governed and protected copies.DATA SOURCESApplicationsFile & NASS3 / ObjectBackup jobsPOLICY LAYERClassifyApply retentionMove & tierAudit & recallSTORAGE TIERSDisk / Flash cacheObject storageLTO tapeOptical WORMWORMCloud / S3
Conceptual architecture. Final topology depends on verified product compatibility.

Most requirements reach us as something a person said in a meeting. Keep this for ten years. Prove nobody altered it. Get it back inside a day. Converting that sentence into infrastructure is the actual job, and it turns on questions nobody asked in the meeting: where enforcement physically lives, which media still reads after the retention period, what protects the index, and who supplies parts when the original vendor stops. We work through those questions with organisations in the Gulf before anyone opens a bill of materials.

Where organisations start

Five problems, one architecture

Most engagements begin with one of these. They are rarely independent of each other, which is why they are designed together rather than bought separately.

Data can be altered or deleted

Immutable, WORM & Ransomware-Resilient Storage

Choose an enforcement model deliberately — hardware WORM, retention lock, object lock or air gap — knowing what each one does not stop.

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Data stops being readable

Long-Term & Active Archiving

Keep archives indexed, recallable and governed across media generations, not just written and hoped for.

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Retention exists on paper only

Regulatory Retention & Compliance

Translate a retention schedule into an enforced storage control that produces evidence an auditor accepts.

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Recovery is assumed, not proven

Backup & Recovery Storage

Size the repository for restore as well as ingest, and treat an untested copy as an assumption.

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The current system is ageing out

Archive Migration & Modernisation

Move off legacy media and software while preserving metadata, retention state and the access paths applications depend on.

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Choosing a tier

No storage medium wins on every axis

Cost per terabyte, access latency, media lifespan, portability and power at rest pull in different directions. A design that pretends otherwise is a design that will disappoint on whichever axis was ignored.

The useful question is not which medium is best, but which data belongs on which tier, how it moves between them, and what still works when the hardware generation underneath changes.

Compare the technology layers
Storage tier ladderFive storage tiers stepping down from disk and flash through object storage, LTO tape, optical WORM and cloud. Access latency increases down the ladder and retention suitability lengthens from days to decades. LTO tape is the lowest cost per terabyte; optical WORM costs more per terabyte but is the immutable, longest-retention tier.STORAGE TIERCOST / TBRETENTION FITACCESS LATENCY: FAST → SLOWDisk & flashSub-millisecond recall · always onlineHighestDays–weeksObject storageMilliseconds · always onlineHighMonths–yearsLTO tapeSeconds–minutes · offline capableLowest10–30 yearsOptical WORMSeconds–minutes · offline, write-onceIMMUTABLEHigh50–100 yearsCloud / S3Network-bound · egress fees applyOp-exPolicy-setDown the ladder recall takes longer and retention lengthens. Tape is the lowest cost per terabyte; optical buys lifespan, not cheap capacity.
Conceptual storage tier comparison. The cost and retention bar lengths are illustrative of relative position only, not measured pricing. Final topology depends on verified product compatibility.

Technology layers

What the architecture is built from

Aban Smart integrates rather than manufactures. Specific models, capacities and version compatibility are validated per engagement.

Technology

Archive Management Software

The namespace and policy layer that lets data move between tiers without applications noticing.

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Technology

WORM Storage Appliances

Retention enforced inside a purpose-built system, with the audit trail an auditor asks for.

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Technology

Optical Archive Systems

Write-once media where non-rewritability is physical, not a configuration setting.

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Technology

Tape & LTO Systems

Lowest cost per terabyte at scale, and the most practical route to a genuine offline copy.

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Technology

Archive Storage — Disk, Object & S3

The faster tiers: ingest landing, recall cache, backup repository and S3-addressable archive.

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Technology partners

Three manufacturers, deliberately

A short roster is a choice. It means the same people have designed, installed and migrated these systems repeatedly, rather than meeting them for the first time on your project.

  • QStar

    Archive management software

    Namespace, policy, tiering, migration and replication across tape, optical, disk, object and cloud.

  • INCOM / StorEasy

    WORM appliances & archive storage

    Retention-enforcing appliances and archive storage systems, including HIT-branded units.

  • DISC

    Optical archive libraries

    Write-once optical libraries and media for long-retention, evidentially straightforward archives.

Partnership scope is confirmed in writing for each engagement. How the three fit together

Three independent manufacturers and the integratorQStar, INCOM and DISC are three separate and unrelated companies, shown side by side with no connection between them. QStar supplies archive software, INCOM supplies WORM appliances and archive storage including the HIT brand, and DISC supplies optical libraries and write-once media. Aban Smart, shown beneath, is the integrator that designs, supplies, integrates and supports a system combining them.THREE SEPARATE COMPANIES — NO COMMON OWNERSHIPQStarIndependent software vendorARCHIVE SOFTWARENamespace & policyTiering and migrationReplicationS3 / LTFS interfacesINCOMIndependent manufacturerAPPLIANCES & STORAGEStorEasy WORM appliancesArchive storage systemsHIT — an INCOM brandRetention enforcementDISCIndependent manufacturerOPTICAL LIBRARIES & MEDIARobotic optical librariesWrite-once mediaMedia-level WORMOffline retentionAban SmartDesigns, supplies, integrates and supports a system built from all threeDesignSupplyIntegrateMigrateSupport
QStar, INCOM and DISC are independent companies with no corporate relationship to one another. Aban Smart integrates their products. Partnership scope is confirmed per engagement; no distributor status is implied.

Industries

Workload shapes the architecture

File sizes, ingest rates, recall expectations, retention authority and residency rules genuinely differ by sector. Industry fit is not a product label.

Government & Public SectorHealthcare & Medical ImagingBanking & Financial ServicesEnergy, Oil & GasTelecommunicationsMedia & Video SurveillanceResearch, AI & HPC

How we work

Six phases, each with a deliverable

Every phase produces something you can review. Support is ongoing rather than a terminating milestone.

Six-phase delivery engagementA delivery sequence running Assess, Design, Source, Integrate, Migrate and Support. Each phase carries a concrete deliverable: a current-state and gap report, an architecture and capacity plan, a validated bill of materials, an installed and commissioned system, verified data movement, and ongoing maintenance with lifecycle review. Support continues rather than ending the engagement.DELIVERY ENGAGEMENTdeliverable per phaseAssess1deliverableCurrent-stateand gap reportDesign2deliverableArchitecture andcapacity planSource3deliverableValidated billof materialsIntegrate4deliverableInstalled andcommissionedMigrate5deliverableVerified datamovementSupport6deliverableMaintenance andlifecycle reviewongoingPhases can overlap; support runs for the life of the platform.
Conceptual delivery sequence. Phase duration, overlap and scope vary by engagement.
What each phase involves

GCC delivery

The constraints a global vendor’s website will not mention

Hardware and media are imported, so lead times belong in the project plan. Spares and drive replacement need a defined support path. Data-residency rules differ and decide whether a cloud tier is usable at all. Handover documentation may be needed in English and Arabic.

United Arab EmiratesSaudi ArabiaQatarOmanBahrainKuwait

The applicable delivery model for a given country and scope is confirmed per engagement.

GCC coverage and support
GCC markets — schematicA schematic, non-geographic arrangement of six Gulf Cooperation Council markets: Kuwait, Saudi Arabia, Bahrain, Qatar, the United Arab Emirates and Oman, shown as connected nodes around an implied Gulf. No borders or territories are drawn. All six markets are rendered identically because the delivery model is confirmed per engagement rather than stated in advance.GCC MARKETS — SCHEMATICnot to scale, not a mapTHE GULFKuwaitSaudiArabiaBahrainQatarUnited ArabEmiratesOmanLEGENDGCC marketRegional linkImplied GulfDelivery model — direct, partner-led or remote — is confirmed per engagement. All markets shown identically.
Schematic, not a geographic map. Nodes show the six GCC markets with no borders or territories drawn. The delivery model for each market is confirmed per engagement and is not asserted here.

Frequently asked questions

We design storage architectures for data that must be retained, protected against alteration and recovered reliably, then supply, integrate and support the systems that deliver them. That covers archive software, WORM appliances, optical libraries, tape and disk or object tiers. The design work comes first. Hardware selection follows from the retention and recovery requirements rather than the other way round.

Begin with an assessment

Share the workload, protected capacity, growth, retention classes, recovery targets and migration scope. We will tell you what else we need to scope it properly.

Request an AssessmentSpeak to a Storage Architect