Compared with Geneious Prime

Every claim about Geneious Prime on this page comes from Geneious's own feature page, re-read 2026-10-02, and is recorded once, in the open claim register, with its source and date. Nothing here is from a comparison blog or from memory.

If a row is out of date, that is a bug in this page.

The short versionCopy Anchor Link

Geneious Prime is a broad desktop analysis suite: it goes well past plasmid work into next-generation sequencing, genome assembly and phylogenetics, and it does that largely by wrapping the field's established programs (MAFFT, MUSCLE, Clustal Omega, Minimap2, Bowtie2, SPAdes, Flye, RAxML, MrBayes, PAUP* and others) behind one interface. This workbench takes the other route: a smaller set of methods, each reimplemented and checked result for result against the published program it comes from. Neither is the "real" one. They answer different needs.

Where Geneious is aheadCopy Anchor Link

Stated as plainly as the reverse.

• De novo genome assembly. Its feature page names six assemblers (Geneious, SPAdes, Flye, MIRA, Tadpole, Velvet), with hybrid and circular assemblies of Illumina, PacBio and Oxford Nanopore reads. This workbench does not assemble genomes at all. It maps reads to a reference (Read Mapping) and assembles nothing de novo.
• Breadth of named aligners and mappers. Geneious Aligner, MUSCLE, MAFFT, Clustal Omega, MAUVE and LastZ for alignment; six read mappers including Bowtie2 and STAR. We offer one read mapper (minimap2) and run several reference aligners remotely through EMBL-EBI's servers rather than locally.
• Whole-genome alignment and finishing with MAUVE. We have no equivalent.
• A plugin ecosystem and a command line that can run operations on a more powerful server. Our engines are callable over HTTP and MCP, but there is no third-party plugin market.
• A team workspace. Geneious Cloud syncs and backs up a team's data. This workbench is single-user and keeps everything on your machine, which is a different product rather than a missing feature, but if you need shared storage, it has it and we do not.

Where this is aheadCopy Anchor Link

• Nothing to install and nothing uploaded. It opens in a browser tab on any machine.
• Every scientific capability is free. There is no licence to buy for simulation, design or analysis.
• The methods are checked, and the page says against what. Each capability is compared result for result with the published implementation it reimplements, on the same inputs. Where a number is approximate or a model is missing, the tool page says so. Geneious's page names the programs it runs; it does not publish how its own built-in methods are validated, and we make no claim about whether they are right.
• Several algorithms where the field has several, side by side. Eight tree-building methods with support values (Phylogenetics), eight melting-temperature models (Melting Temperature), three dot-plot engines, four codon-optimisation objectives, and an explanation under each result of which method produced it.
• Bench assays in the same place as the sequences. qPCR curve fitting and digital PCR, capillary fragment sizing and allele calling, droplet classification and mass-spectrometry peptide scoring sit next to the constructs they belong to. Geneious's feature page lists microsatellite genotyping; it does not list qPCR or mass spectrometry.
• Python and R in the same tab, with the project's files mounted.

What is genuinely similarCopy Anchor Link

Both do: Sanger trace analysis, pairwise and multiple alignment, phylogenetic trees, primer design with off-target checks, CRISPR guide design and edit analysis, Gibson, Golden Gate, Gateway and restriction cloning simulation, BLAST and NCBI search, microsatellite (fragment) analysis, visual workflows for batch analysis, and import and export of GenBank, SnapGene and FASTQ files.

Which to useCopy Anchor Link

• You assemble genomes, or work mostly with NGS data at scale → Geneious. That is its core and not ours.
• You need a particular program by name (Bowtie2, MrBayes, PAUP*) because a protocol or a reviewer specifies it → Geneious runs it.
• You cannot install software, or your data cannot leave the machine → this is the case the workbench was built for.
• You want to know exactly which method produced a number and what it was checked against → the pages here say so for every tool.
• You do plasmid design, cloning, primers and Sanger verification and do not have a licence → everything you need is here and free.

SourcesCopy Anchor Link

No price is quoted on this page, because Geneious does not publish a single figure.

RelatedCopy Anchor Link

The other comparisons: the comparison index · SnapGene · Benchling

The tools this page mentions: Read Mapping · Phylogenetics · Melting Temperature · EMBL-EBI tools · Fragment Analysis