6 Under the agreement, Kodiak and Lonza planned a custom-built facility (“Ursus”) dedicated to the commercial-scale manufacturing of Kodiak’s drug substance. In January 2023, the custom-built manufacturing suite Ursus was commissioned as a cGMP facility. Kodiak worked together with Lonza and regulatory authorities to obtain approval for Ursus, and we released our first commercial scale cGMP batch of tarcocimab in July 2023. Separately, tarcocimab drug product based on our enhanced formulation was released in March 2024 and is being used in the GLOW2 and DAYBREAK pivotal studies. KSI-501 and KSI-101 Manufacturing We have been progressing the manufacturing of KSI-501 and KSI-101 in support of ongoing clinical studies. Clinical material for both KSI-501 (50 mg/mL strength in our enhanced formulation) and KSI-101 (100 mg/mL strength) were successfully manufactured in the first quarter of 2024. ABC Platform Development and Pipeline With regards to our pipeline programs, dual cytokine-targeting bispecific antibody programs KSI-102 (anti-TNFa/IL-6) and KSI-103 (anti-IL-1/IL-6) continue to progress through pre-IND activities, targeting diseases of ocular inflammation and following on our development activities with KSI-101 for the treatment of macular edema secondary to inflammation. We are advancing our platform technology to embed small molecules and other active pharmaceutical ingredients (“API”) into our proprietary biopolymer backbone to enable high drug-antibody-ratio (“DAR”) medicines. The diverse APIs are designed to be released over time to achieve targeted, multi-specific and tailored modulation of biological pathways. The unique combination of high DAR and tailored therapeutic benefit offers potential for broad application to multifactorial systemic and ocular diseases and builds directly from our Antibody Biopolymer Conjugate technology and its 15 years of design, development and manufacturing experience. We call this platform extension our Antibody Biopolymer Conjugate Drug (“ABCD”) Platform because we are extending our platform capabilities to include the conjugation of small molecule drugs whereas historically we primarily conjugated biologics such as antibodies. One program is for the treatment of glaucoma, embedding in the biopolymer backbone (i) an NLRP3 small molecule inhibitor, and (ii) a second small molecule that lowers intraocular pressure (“IOP”). The NLRP3 inflammasome is an intracellular complex that drives inflammation and cell death and is known to play a key role in glaucoma progression. The goal of this duet program is to create an intravitreally injected therapy that delivers two mechanisms of action (“MOA”) in a sustained release fashion, to fulfill the unmet needs in the glaucoma field for a long-durability therapy that delivers MOAs beyond IOP lowering and has the potential for quarterly dosing. The second program is for the treatment of geographic atrophy (“GA”). There are two approved therapies, both complement inhibitors, and they require monthly or every other month intravitreal injections and neither sufficiently halts disease progression. Our program explores the potential to embed in the biopolymer backbone (i) a macrocyclic peptide inhibitor of the complement pathway, and (ii) an NLRP3 small molecule inhibitor. The NLRP3 inflammasome is known to play a key role in AMD disease biology. The objective of this duet program is to create an intravitreally injected ABCD platform-enabled therapy with a dual mechanism of action to achieve better efficacy and extended durability, for quarterly dosing, as compared to currently approved therapies for GA, which are based on a single mechanism of action and are dosed monthly or every other month. Our retina duet programs in glaucoma and GA built with our ABC platform continue to progress towards IND. Digital Health Platform Development Our VETi (Visual Engagement Technology and imager) program has achieved significant advancements in hardware, software and algorithms development. VETi is our AI- and machine-learning-enabled wearable headset with applications in retina care alongside broader opportunities in identity security and cognitive sciences. This progress is reflective of Kodiak’s long term planning and execution towards an enhanced identity as a vision sciences company, integrating proprietary therapeutics and next-generation vision technologies. Competition The current standard of care for DR (including DME), RVO and wet AMD consists of intravitreal administration of anti-VEGF therapies. Leading agents include Avastin, Eylea and Eylea HD, Vabysmo, Lucentis and its biosimilars. These therapies are well-established, widely utilized and broadly reimbursed by third-party payors. Among these, Vabysmo, a bispecific antibody targeting both VEGF-A and angiopoietin-2 (Ang-2), has achieved significant market adoption since its launch and now treats a substantial share of treated patients. Vabysmo demonstrated non- inferior visual acuity outcomes versus Eylea in Phase 3 trials across wet AMD, DME and RVO, with extended dosing intervals of up to every 16 weeks in a meaningful proportion of patients.